How do I know which side of a currency quote applies?

In EUR/USD, EUR is the base currency and USD is the quote currency. A customer buying EUR pays the dealer's ask in USD per EUR; a customer selling EUR receives the dealer's bid. For a 10,000 EUR purchase at 1.1000/1.1003, the cash paid is 10,000 × 1.1003 = 11,003 USD. Reversing the trade immediately at the unchanged bid would return 11,000 USD, a 3 USD spread cost.

Why can a profitable exchange-rate move still produce a net loss?

The price move must cover the entry and exit spreads, any commission, financing, and currency-conversion costs. Suppose a 10,000 EUR long position gains 8 USD from its entry-to-exit price change, but the stated commission is 5 USD and overnight financing costs 6 USD. Net P&L is 8 − 5 − 6 = −3 USD. The trade gained on price and lost money overall.

What is distinctive about U.S. retail off-exchange forex regulation?

The customer deals in an off-exchange market with a regulated counterparty rather than through a centralized futures exchange. Applicable CFTC and NFA requirements address matters such as who may act as a counterparty, registration and membership, security deposits, disclosures, customer authorization, communications, records, and supervision. The exact duties depend on the firm's role and transaction. A passed proficiency exam is only one possible part of becoming eligible to conduct regulated business.

NFA Series 34 Retail Forex Study Guide

Start with concept 1 Choose a topic

Retail off-exchange forex combines currency arithmetic with decisions about execution, risk, and customer protection. A quote tells you which currency you are buying, which price applies, and where a gain or loss will be measured. A small exchange-rate move can then have a large effect on a leveraged position, while spreads, financing, and conversion can change the final result. This guide builds those skills from basic terms through worked trades, market drivers, and the U.S. rules that govern retail forex activity. Read each example as a complete transaction: identify the currencies and units, choose the correct bid or ask, calculate the cash flows, and interpret what the result means for the customer or firm.

Definitions and Terminology

1. Reading a currency pair

In a pair written EUR/USD, EUR is the base currency and USD is the quote currency. The number tells you how many USD buy one EUR, so its units are USD per EUR. Those units give you a reliable way to choose the arithmetic: multiply a EUR amount by USD per EUR to get USD, or divide a USD amount by that rate to get EUR. Saying that EUR/USD rose means one EUR now buys more USD; it does not mean both currencies rose. A quoted rate is also a price, not an instruction about which side of a dealer's market a customer can trade. When a problem supplies only one rate, use it as stated. When it supplies a bid and ask, select the executable side first. The NFA Series 34 study outline includes currency pairs and exchange rates among its terminology topics.

Worked example: Suppose EUR/USD is stated as a single rate of 1.0800 USD per EUR. Buying 2,000 EUR requires 2,000 EUR × 1.0800 USD/EUR = 2,160 USD. The EUR units cancel, leaving USD. Conversely, 2,160 USD ÷ 1.0800 USD/EUR = 2,000 EUR. This calculation assumes the stated rate applies to the transaction and excludes any spread or fee.

Watch the distinction: Reading EUR/USD 1.0800 as 1.0800 EUR per USD reverses the units. Check which currency appears after the slash before multiplying an amount by the rate.

Reference: [1]

2. American and European terms

American terms express a foreign currency's price in USD per unit of that foreign currency. European terms express the price of USD in units of a foreign currency. For a Swiss franc example, CHF/USD is American terms and USD/CHF is European terms. To move between single-rate quotations, take the reciprocal and reverse the units: if the original rate is CHF per USD, its inverse is USD per CHF. A reciprocal changes the numerical scale, but describes the same exchange relationship. Keep the decimal precision appropriate to the problem; a rounded inverse multiplied back by the original rate may differ slightly from one. With a two-way dealer quote, inversion also reverses the sides: the inverse bid comes from the original ask, and the inverse ask comes from the original bid. Inverting each number without swapping sides can produce a bid above an ask.

Worked example: A single USD/CHF quote is 0.9000 CHF per USD, which is European terms. Its inverse is 1 ÷ 0.9000 CHF/USD = approximately 1.1111 USD per CHF, an American-terms quote. Check: 0.9000 × 1.1111 is approximately 1 after rounding. If there were separate bid and ask prices, this simple reciprocal would describe only the stated single rate.

Watch the distinction: American and European terms describe the direction of a USD quotation, not the trader's location. The currency units, rather than the country of the customer, determine the label.

Reference: [1]

3. The dealer's bid and ask

A two-way currency quote lists the dealer's bid first and ask second. For GBP/USD, the bid is the USD price at which the dealer buys GBP, while the ask is the USD price at which the dealer sells GBP. Translate the customer's instruction into the dealer's opposite action before choosing a side. A customer buying the base currency GBP pays the ask; a customer selling GBP receives the bid. The ask normally exceeds the bid, creating a spread even if the market does not move. Multiply the selected USD-per-GBP price by the GBP quantity to find the USD payment or receipt. Keep the transaction direction explicit because the phrase “buy dollars” has the opposite GBP/USD orientation from “buy pounds.” A later sale of a purchased GBP position would also use the bid available at that later time.

Worked example: A dealer quotes GBP/USD 1.2500 bid and 1.2504 ask, both in USD per GBP. A customer buying 4,000 GBP pays 4,000 × 1.2504 = 5,001.60 USD. A customer selling 4,000 GBP receives 4,000 × 1.2500 = 5,000.00 USD. At unchanged prices, buying and immediately selling that quantity loses 1.60 USD before other charges.

Watch the distinction: Customers do not buy at the dealer's bid simply because bid sounds like an offer to buy. The bid is the dealer's buying price, so a customer buying GBP pays the ask.

Reference: [1]

4. Spreads and price increments

The spread is ask minus bid, stated first in units of the quote currency per unit of the base currency. To express it in pips, divide by the pip increment specified for that pair. A pip is a price increment, so its decimal placement must be established before calculating; do not assume every currency pair uses the same displayed digits. Multiplying the spread by the base-currency quantity converts the price difference into a quote-currency cash amount. That amount measures the cost of buying at the ask and immediately selling at the unchanged bid, before separate commissions or financing. A dealer can display finer increments than the stated pip convention, so a final digit on a screen is not automatically one pip. Spreads may also change, making a quoted spread a snapshot rather than a promised future exit cost.

Worked example: Assume this EUR/USD problem defines one pip as 0.0001 USD per EUR. At 1.1021/1.1026, the spread is 1.1026 − 1.1021 = 0.0005 USD per EUR, or five pips. Buying 10,000 EUR at the ask and immediately selling at the unchanged bid costs 10,000 × 0.0005 = 5 USD, excluding any separate charges.

Watch the distinction: A spread of 0.0005 is not automatically 0.0005 pips. Divide the price difference by the stated pip increment, then multiply by position size for its cash cost.

Reference: [1]

5. Spot and forward value dates

The trade date is when parties agree on the currency amounts, rate, and value date. The value or settlement date is when the agreed currency payments are due. A spot deal uses the applicable near settlement convention for its pair and trading calendar; spot does not mean both payments necessarily occur at the instant of agreement. A forward deal fixes an exchange rate today for a later agreed value date. Calendar details matter because weekends and currency holidays can change the actual business-day dates. A forward's later payment date also does not make its rate an unknown future spot rate: the contractual rate is set when the forward is agreed. When classifying a problem, identify the agreed trade date and stated spot value date first, then compare the transaction's value date with that spot date.

Worked example: Assume a calendar in which Monday's EUR/USD spot value date is Wednesday and all three days are business days for both currencies. A customer agrees Monday to buy EUR at a fixed rate for Wednesday payment: Monday is the trade date, and Wednesday is spot settlement. A separate Monday agreement for Friday payment has a forward value date under the same stated calendar.

Watch the distinction: Calling a trade spot because the rate is fixed immediately confuses pricing with payment. Both spot and forward rates can be agreed today; their value dates distinguish the contracts.

Reference: [1]

6. Forward points and outright rates

Forward points express the difference between an outright forward rate and the corresponding spot rate. They are added to or subtracted from the spot quote according to their stated sign and scale. For a two-way quote, apply the bid points to the spot bid and the ask points to the spot ask. The resulting numbers are outright forward bid and ask prices in quote currency per base currency. Points alone are not the full price of exchanging currencies on the forward value date. Positive points mean the forward outright rate is above spot in that pair's quotation direction; negative points mean it is below spot. The dealer's bid should remain no greater than its ask after the arithmetic. If a problem writes points as abbreviated last digits, first translate them into full decimal rate units using its stated convention.

Worked example: EUR/USD spot is 1.1000/1.1002 USD per EUR. One-month forward points are stated explicitly as +0.0010 on the bid and +0.0012 on the ask. Add corresponding sides: the outright bid is 1.1000 + 0.0010 = 1.1010, and the outright ask is 1.1002 + 0.0012 = 1.1014 USD per EUR. The bid remains below the ask.

Watch the distinction: A point quote of +0.0010/+0.0012 is not a complete forward exchange rate. Add each signed point amount to its matching spot side before pricing a trade.

Reference: [1]

7. Interest-rate differentials

Covered interest parity links spot, forward, and the two currencies' interest rates for the same term. For a quote in USD per EUR, a simplified one-year relationship is forward = spot × (1 + USD rate)/(1 + EUR rate), assuming comparable investable rates and no transaction costs. The relationship follows from comparing two covered paths to the same future USD value: invest USD directly, or convert USD into EUR, invest EUR, and lock in conversion back to USD with a forward. If USD interest is higher, the parity forward has more USD per EUR than spot, so EUR trades at a forward premium in USD terms. That premium is a price relationship, not a prediction that future spot must rise. Real dealer quotes can differ because borrowing and lending rates, credit, timing, and dealing costs differ.

Worked example: Suppose EUR/USD spot is 1.1000 USD per EUR, with hypothetical comparable one-year rates of 4% for USD and 2% for EUR. The parity forward is 1.1000 × 1.04/1.02 = 1.1215686, or about 1.1216 USD per EUR. Since 1.1216 exceeds 1.1000, EUR has a forward premium in this quotation. The calculation excludes spreads and different borrowing rates.

Watch the distinction: A higher USD interest rate does not imply a higher expected future spot rate. Covered parity prices a forward using investable returns; it does not guarantee a currency forecast.

Reference: [1]

8. Rollover and swap legs

A foreign-exchange swap combines two exchanges of the same currency pair in opposite directions on different value dates. The near leg handles the earlier payment, and the far leg reverses it on the later date. This structure can move a currency position's value date while keeping the desired later currency exposure. The near and far exchange rates need not match: their difference reflects the currencies' funding relationship over the interval, alongside dealer pricing and other applicable charges. State which currency is delivered and received on each leg; “roll over” by itself does not identify those cash flows. A swap should not be mistaken for a free extension of settlement or for two independent directional bets. In retail off-exchange forex, the customer's carrying cost or credit also depends on the dealer's stated rollover terms.

Worked example: A customer is due to receive 10,000 EUR tomorrow but wants EUR exposure again on a later agreed date. In a stated EUR/USD swap, the near leg sells 10,000 EUR and receives USD tomorrow; the far leg buys 10,000 EUR and pays USD later. The far leg restores the EUR position. Any difference in USD amounts reflects the agreed swap pricing, not a free delay.

Watch the distinction: A rollover does not simply leave both currency payments untouched until a new date. Opposite near and far legs change the value dates and create priced cash flows.

Reference: [1]

9. Tom-next and spot-next

Tom-next means tomorrow against next: its two swap legs use the next business day's value date and the following spot value date, under the stated trading calendar. Spot-next starts on the spot value date and reverses on the next business day after spot. Each name identifies an adjacent pair of value dates, not a fixed number of calendar hours. A weekend or holiday can separate the legs by several calendar days while preserving the business-day relationship. As with other swaps, the currencies exchanged on the first leg are exchanged in the opposite direction on the second. The rate difference prices that short interval and can include dealer charges. To identify a tom-next or spot-next quote, write down trade date, tomorrow date, spot date, and next business date before assigning the label.

Worked example: Assume Monday is the trade date, Tuesday is the next business day, Wednesday is the stated spot date, and Thursday is the next business day after spot. A swap exchanging EUR for USD on Tuesday and reversing on Wednesday is tom-next. If the first exchange occurs Wednesday and reverses Thursday, it is spot-next. The labels follow value dates, not the direction of EUR trading.

Watch the distinction: Tom-next is not always a one-calendar-day holding period. Its legs occupy adjacent specified value dates, which may be separated by a weekend or currency holiday.

Reference: [1]

10. Cross rates

A cross rate prices one currency against another by combining rates that share an intermediate currency. Treat each quote as a fraction with currency units. If EUR/USD gives USD per EUR and USD/JPY gives JPY per USD, multiplication cancels USD and leaves JPY per EUR. This unit check tells you whether to multiply or divide, even when pair names look unfamiliar. A single-rate calculation gives a theoretical cross at the stated prices. Executable dealer prices require the correct bid and ask sides for each conversion, which produces a two-way cross with its own spread. A cross calculated from one set of quotes can also differ from a separately displayed dealer quote because prices, timing, and charges vary. Start with the amount and currency you have, then follow the conversion path to the currency you want.

Worked example: EUR/USD is 1.20 USD per EUR and USD/JPY is 150 JPY per USD, each stated as a single usable rate. For 1 EUR, multiplication gives 1.20 USD/EUR × 150 JPY/USD = 180 JPY/EUR. Thus 1,000 EUR corresponds to 180,000 JPY at these rates. USD cancels in the units; the result is a EUR/JPY cross rate, excluding spreads.

Watch the distinction: Dividing 1.20 by 150 yields units that do not describe JPY per EUR. Write the currencies beside both rates and let the intermediate USD units cancel.

Reference: [1]

11. Dealers and counterparties

In a retail off-exchange forex transaction, identify the entity contractually opposite the customer. A dealer quotes prices and takes that counterparty role; an eligible retail foreign exchange dealer or futures commission merchant may operate in that role under the applicable framework. The dealer may hedge its resulting market exposure with another institution, but that separate hedge does not change who owes performance to the customer. This matters for credit risk, confirmations, pricing, and the rules that apply to the customer's account. An exchange-traded currency future has a different market and clearing structure, so do not transfer its counterparty assumptions to a direct retail forex contract. The Series 3 study guide concerns a different futures examination; use the product and transaction structure given in a Series 34 scenario to classify the trade.

Worked example: A retail customer buys 5,000 EUR through a dealer's off-exchange EUR/USD quote. The dealer is contractually on the other side of that customer trade. It later sells EUR to a bank to reduce its own exposure. The bank trade is the dealer's hedge; the customer did not become a participant in that bank trade or in an exchange-traded future.

Watch the distinction: A dealer's hedge does not replace the customer's counterparty. The customer still looks to the entity named in the retail forex contract for that contract's performance.

Reference: [1]

12. Security deposits and dealer pricing

A security deposit supports a position; it is not the position's full value or a cap on the customer's possible loss. Price gains and losses arise from the signed currency exposure and the change in executable exchange rates. The deposit determines how much account equity is available to absorb a loss before further funding or close-out issues arise under the applicable terms. Dealer compensation may also be embedded in a customer rate. For example, a customer ask above a stated reference ask is a markup measured in quote currency per base-currency unit. Multiply that rate difference by the base-currency quantity to find its cash effect. A reference quote is useful only when it is comparable in time, size, and transaction direction. Separate any embedded price difference from commissions that are expressly charged elsewhere.

Worked example: A hypothetical 20,000 USD notional position is supported by a 1,000 USD deposit; price exposure still follows 20,000 USD, or 20 times the deposit. Separately, suppose a customer buys 10,000 EUR at 1.1002 USD per EUR when a comparable reference ask is 1.1000. The 0.0002 USD-per-EUR markup adds 10,000 × 0.0002 = 2 USD to the purchase price.

Watch the distinction: Calling the 1,000 USD deposit the trade size understates exposure. Also, a zero stated commission does not prove zero dealing cost when the customer price includes a spread or markup.

Reference: [1]

Forex Trading Calculations

13. Converting at a single rate

For a base/quote rate, the arithmetic follows the rate's units. AUD/USD 0.6500 means 0.6500 USD per AUD. Multiply an AUD amount by USD per AUD to obtain USD; divide a USD amount by that same rate to obtain AUD. This is dimensional analysis applied to currency conversion. Before calculating, identify whether the amount supplied is base or quote currency and whether the question asks for the other currency. A single quoted rate supports one arithmetic relationship, but it does not describe the transaction cost of buying versus selling. If bid and ask are supplied, choose the side for the actual customer action before multiplying or dividing. Round only at the end to the precision requested, since early rounding can change a later cash answer.

Worked example: At a single AUD/USD rate of 0.6500 USD per AUD, 8,000 AUD converts to 8,000 AUD × 0.6500 USD/AUD = 5,200 USD. Working backward at the same stated rate, 5,200 USD ÷ 0.6500 USD/AUD = 8,000 AUD. The two calculations check each other. No spread or fee is included in this problem.

Watch the distinction: Multiplying 5,200 USD by 0.6500 USD per AUD produces the wrong units. To recover an AUD amount from USD, divide by the USD-per-AUD rate.

Reference: [1]

14. Crossing the spread

An immediate round trip crosses a two-way dealer spread twice in transaction direction, even though its cash loss is calculated from one ask-minus-bid difference. The customer buys the base currency at the ask, paying quote currency, then sells that same base amount at the bid, receiving quote currency. If rates do not move, the difference between payment and receipt is quantity × (ask − bid). This is the spread cost before separately stated commissions. The result should be negative for the customer when ask exceeds bid. Do not use the midpoint for either executable leg; it is a reference level rather than either side of the two-way quote. The method works for any pair once you label the base amount and the currency in which the spread is measured.

Worked example: USD/CAD is quoted 1.3500 bid and 1.3505 ask, in CAD per USD. A customer buys 1,000 USD at the ask and pays 1,000 × 1.3505 = 1,350.50 CAD. Selling the same 1,000 USD immediately at the bid returns 1,350.00 CAD. Net cash flow is 1,350.00 − 1,350.50 = −0.50 CAD before other charges.

Watch the distinction: Using the bid to buy USD makes the round trip appear free or profitable. A customer buys base currency at the ask and sells it at the bid.

Reference: [1]

15. A cross-rate transaction

For an executable cross-currency transaction, follow the customer's actual sequence of trades. If the customer starts with EUR and wants JPY, first sell EUR into USD, then sell USD into JPY. With EUR/USD and USD/JPY both written in that direction, each sale of the base currency uses its dealer bid. Multiply the amount received at the first bid by the second bid to find final JPY. The cross rate is final JPY divided by starting EUR. This approach handles bid/ask choices more safely than memorizing a cross-rate formula: write what the customer delivers and receives on each leg. A reverse transaction, starting with JPY to buy EUR, uses the opposite executable sides and usually yields a different effective rate because it crosses both spreads.

Worked example: The customer sells 1,000 EUR at an EUR/USD bid of 1.1000 USD per EUR, receiving 1,100 USD. The customer then sells those USD at a USD/JPY bid of 150 JPY per USD, receiving 1,100 × 150 = 165,000 JPY. The effective executable cross is 165,000 JPY ÷ 1,000 EUR = 165 JPY per EUR, before separate fees.

Watch the distinction: A customer wanting JPY is not automatically buying at the USD/JPY ask. Here the customer delivers USD, the pair's base currency, so the dealer's bid applies.

Reference: [1]

16. Building a two-way cross quote

A two-way cross quote can be built by tracing each executable path. For EUR/JPY, the bid is what a customer receives in JPY for selling one EUR. Sell EUR at the EUR/USD bid, then sell the resulting USD at the USD/JPY bid, so the two bids multiply. The EUR/JPY ask is what a customer pays in JPY to buy one EUR. Buying EUR requires USD at the EUR/USD ask, and buying that USD with JPY requires the USD/JPY ask, so the two asks multiply. This direct bid-with-bid and ask-with-ask multiplication works because the intermediate USD currency is the quote currency in the first pair and base currency in the second. Other pair orientations may require inversion, which also reverses bid and ask. Check that the cross bid does not exceed its ask.

Worked example: Given EUR/USD 1.1000/1.1002 USD per EUR and USD/JPY 150.00/150.03 JPY per USD, the EUR/JPY bid is 1.1000 × 150.00 = 165.0000 JPY per EUR. The ask is 1.1002 × 150.03 = 165.063006 JPY per EUR. A customer selling EUR receives the lower cross price; a customer buying EUR pays the higher one.

Watch the distinction: Multiplying one bid by the other ask mixes two different customer directions. Build each cross side from the full path for selling or buying the cross pair's base currency.

Reference: [1]

17. Pip value in the quote currency

A pip value converts a price increment into a cash change for a stated base-currency quantity. For EUR/USD, if the problem defines one pip as 0.0001 USD per EUR, multiplying that increment by the number of EUR gives USD per pip. A long position gains when EUR/USD rises and loses when it falls; a short position has the opposite sign. Pip value alone is an absolute size, so direction must be applied separately to determine gain or loss. Position size scales pip value linearly: doubling EUR quantity doubles the USD effect of the same pip move. This simple calculation assumes a fixed base-currency quantity and measures the price change in USD before transaction and financing costs. For extra calculation practice, the Series 34 practice questions can be approached by labeling the pip units before computing.

Worked example: A customer is long 40,000 EUR in EUR/USD. With a stated pip increment of 0.0001 USD per EUR, each pip is worth 40,000 EUR × 0.0001 USD/EUR = 4 USD. A favorable 12-pip rise changes the price result by 12 × 4 = 48 USD. An adverse 12-pip fall would produce a 48 USD loss before costs.

Watch the distinction: A pip is not a fixed cash amount across all positions. Its cash value depends on the stated price increment and base-currency quantity, then may need account-currency conversion.

Reference: [1]

18. Converting pip value

For a pair quoted in JPY per EUR, the immediate pip value of an EUR position is in JPY. If the account reports results in USD, convert that JPY amount using a USD/JPY rate whose units are JPY per USD. Dividing JPY by JPY per USD leaves USD. State the conversion rate and whether it is a single assumed rate or an executable bid/ask quote; a real conversion may use a particular side and incur costs. The USD value can change even if the EUR/JPY pip value in JPY stays constant, because the JPY-to-USD rate can move. Thus pip value in account currency is time dependent. Keep position direction separate: a pip value of 200 JPY describes magnitude, while whether the customer gains or loses depends on the signed EUR exposure and the direction of EUR/JPY.

Worked example: Assume a 20,000 EUR EUR/JPY position and a stated pip of 0.01 JPY per EUR. One pip is 20,000 × 0.01 = 200 JPY. At a single USD/JPY conversion rate of 160 JPY per USD, 200 JPY ÷ 160 JPY/USD = 1.25 USD per pip. This excludes any conversion spread; a different USD/JPY rate changes the USD result.

Watch the distinction: Multiplying 200 JPY by 160 JPY per USD gives invalid units. Divide the JPY pip value by the JPY-per-USD rate to report it in USD.

Reference: [1]

19. Open-position gain and loss

An open position's gain or loss should use the price at which it could be closed, not an indicative midpoint. A customer long the base currency bought at the dealer's ask and would sell at the later bid. For a fixed base-currency amount, long-position P&L in the quote currency equals quantity × (closing bid − entry ask). A customer short the base currency sold at the entry bid and would buy it back at the later ask, reversing the subtraction. An unrealized result is a mark of the open position; it can change before an actual close and may exclude separately charged costs. Write both transaction directions before substituting numbers, because a rising displayed midpoint does not by itself prove a profitable executable exit.

Worked example: A customer buys 10,000 EUR at the EUR/USD ask of 1.1002 USD per EUR. Later, the dealer's executable bid is 1.1050. Marking the long to that exit price gives (1.1050 − 1.1002) USD/EUR × 10,000 EUR = 48 USD unrealized gain. The customer would realize that price result only by selling at the stated bid, before any separate charges.

Watch the distinction: Using the later ask to value a long overstates what the customer could receive. A long EUR position closes through a sale at the dealer's bid.

Reference: [1]

20. Closing part of a position

Closing part of a position realizes gain or loss only on the quantity closed. For a long base-currency position, subtract the relevant entry price from the executable selling price and multiply by the base amount sold. Then subtract the sold amount from the original base amount to identify the remaining signed exposure. The unused portion is still open and has its own unrealized result at a current closing price; do not apply the partial sale's realized gain to all original units. If a position was built through several entry trades, the stated accounting or allocation assumption matters when assigning an entry price to the units closed. A problem with one entry price avoids that ambiguity. Separate realized P&L, remaining quantity, and any separate charges before describing the account's total result.

Worked example: A customer is long 30,000 EUR from an entry price of 1.1000 USD per EUR and sells 12,000 EUR at an executable bid of 1.1020. Realized gain is 12,000 × (1.1020 − 1.1000) = 24 USD before charges. Remaining exposure is 30,000 − 12,000 = 18,000 EUR long. Its later gain or loss depends on a subsequent executable bid.

Watch the distinction: Multiplying the 0.0020 price gain by all 30,000 EUR would treat the entire position as closed. Only 12,000 EUR was sold; 18,000 EUR remains exposed.

Reference: [1]

21. Short-position P&L

A short position in a currency pair means the customer has sold the base currency and owes that currency when the position closes. For GBP/USD, a short GBP position gains when fewer USD are needed to buy back the same number of GBP. The entry is a sale at the dealer's bid; the closing purchase uses the dealer's ask. Multiply the difference between those executable prices by the GBP amount to find profit or loss in USD. Keep the subtraction in entry-minus-exit order for a short: a lower closing ask produces a positive result. An unchanged displayed midpoint does not establish a zero result because the bid/ask spread affects execution. The NFA Series 34 study outline identifies profit and loss calculations as part of the retail forex examination.

Worked example: A customer sells 10,000 GBP at the GBP/USD bid of 1.2500 USD per GBP. Later, the dealer's ask is 1.2460, so buying back 10,000 GBP costs 12,460 USD. The opening sale brought in 12,500 USD. Profit is 12,500 − 12,460 = 40 USD, equivalently (1.2500 − 1.2460) × 10,000. This excludes any separately charged commission or financing.

Watch the distinction: Using the later bid to close a short overstates profit. The customer must buy GBP back, so the dealer's executable ask determines the closing cost.

Reference: [1]

22. Leverage and equity

Leverage compares the market value of a position with the equity supporting it: notional exposure divided by account equity. Equity is the customer's remaining interest in the account after gains and losses; it changes as the position is marked to current executable prices. A deposit supports a position but does not limit the amount on which price changes are measured. To analyze a move, first calculate the cash gain or loss on notional, then add it to or subtract it from starting equity. Finally, divide the change in equity by starting equity to measure the customer's percentage return. If equity falls, effective leverage rises unless the position is reduced. An exact deposit requirement depends on the applicable transaction and rules, so a numerical exercise must state its own assumptions.

Worked example: Assume a 50,000 USD notional position and 2,500 USD starting equity. Initial leverage is 50,000 ÷ 2,500 = 20:1. A 2% adverse change in position value causes a 50,000 × 0.02 = 1,000 USD loss. Equity becomes 1,500 USD. The customer's equity loss is 1,000 ÷ 2,500 = 40%, before spreads, financing, or other charges.

Watch the distinction: A 2% loss on a leveraged position is not necessarily a 2% loss of deposited equity. Apply the move to notional first, then compare the cash loss with equity.

Reference: [1]

23. Return on collateral

Return on collateral uses the security deposit as its denominator, while return on notional uses the full position value. State which return you are calculating before dividing. If a trade's net gain already includes every stated charge, use that net gain as the numerator; adding back a cost would inflate the result. A return on deposit can look large because the deposit is small relative to the currency exposure. That percentage describes the result for the amount posted, not an unleveraged change in the underlying exchange rate. For a loss, the same method produces a negative percentage, and losses may exceed the initial deposit under relevant account terms. Compare positions consistently: identical cash gains can represent very different returns if their required deposits or position sizes differ.

Worked example: Assume a position has a 60,000 USD notional value, requires a 3,000 USD security deposit, and earns 180 USD after all stated costs. Return on deposit is 180 ÷ 3,000 = 0.06, or 6%. Return on notional is 180 ÷ 60,000 = 0.003, or 0.3%. Both calculations describe the same 180 USD gain using different denominators.

Watch the distinction: Calling the 6% deposit return a 6% currency move confuses collateral with exposure. The stated gain represents only 0.3% of the 60,000 USD notional.

Reference: [1]

24. All-in transaction cost

An all-in trading result must count every cost once and express every amount in the same currency. When entry and exit prices are executable dealer quotes, their bid/ask effects are already in the price-based profit or loss. Subtract a separately billed commission and any financing or rollover charge from that result; add any financing credit. If instead a problem starts with midpoint prices, the spread has not necessarily been counted, so determine the actual buy and sell prices before computing profit. Check whether a quoted commission is per trade, per side, or for the complete round trip. Charges stated in another currency require conversion at the rate specified for the exercise. This sequence prevents both omission and double counting when comparing two apparently profitable trades.

Worked example: Suppose buying at the dealer's ask and selling later at its bid produces a 75 USD price-based gain. The dealer separately charges an 8 USD round-trip commission and 12 USD in financing. Net profit is 75 − 8 − 12 = 55 USD. The bid/ask spread is already reflected in the two prices used to calculate 75 USD, so subtracting it again would understate profit.

Watch the distinction: Do not subtract a separately calculated spread from profit already measured with executable entry and exit quotes. That would charge for the same spread twice.

Reference: [1]

Risks Associated with Forex Trading

25. Exchange-rate exposure

A signed position tells you which currency movement matters. Being long EUR/USD means owning EUR exposure and selling USD economically; a higher USD-per-EUR quote helps, while a lower quote hurts. A short position has the opposite sensitivity. To measure the result, compare the entry price with the executable price for closing the base-currency amount, then multiply the price difference in USD per EUR by the number of EUR. Entry and exit quotes matter because the dealer's spread can affect the outcome even when an indicative market rate seems unchanged. For risk analysis, identify the base currency, the direction of the position, and the account currency in that order. This is exchange-rate risk: a favorable forecast does not remove the possibility of an adverse move or an unfavorable executable quote.

Worked example: A customer is long 10,000 EUR bought at 1.1000 USD per EUR. The later executable closing bid is 1.0950. Claim: the lower EUR/USD bid creates a 50 USD price loss before other costs. Choices: True; False. True is correct: (1.0950 − 1.1000) × 10,000 = −50 USD. False would reverse the sensitivity of a long EUR position.

Watch the distinction: A fall in EUR/USD does not help a long EUR position. The quote gives USD per EUR, so each EUR held is worth fewer USD.

Reference: [1]

26. Leverage magnifies losses

Leverage concentrates the cash effect of an exchange-rate move on a smaller equity base. Begin with the position's notional value in the currency used for the calculation. Apply the assumed percentage move to that notional to find the approximate cash effect, then compare it with equity. For a fixed position size, the gain or loss in cash does not shrink merely because the customer posted a small deposit. Falling equity also raises the position's effective leverage and leaves less capacity to absorb another adverse move. In an actual currency pair, the exact result follows the change in executable exchange rates and may differ from a simplified percentage-of-notional estimate. The Series 34 practice questions can help you rehearse that calculation with clearly stated inputs.

Worked example: Assume a position with 25,000 USD notional exposure and 1,000 USD starting equity. A 1% adverse change in its value produces a 25,000 × 0.01 = 250 USD loss. Claim: equity falls by 25% before fees. Choices: True; False. True is correct: equity becomes 750 USD and 250 ÷ 1,000 = 25%. False would apply the 1% move to equity instead of exposure.

Watch the distinction: The deposited 1,000 USD is not the amount exposed to the market move. The assumed 1% change applies to 25,000 USD of notional value.

Reference: [1]

27. Market gaps

A gap occurs when the next available quote is separated from the earlier market without executable prices at every intervening level. A requested exit price expresses the customer's intended level; execution depends on the order terms and prices actually available. For a long base-currency position, closing requires selling at a bid. If the first available bid is lower than the planned level, the additional loss equals the difference in USD per base-currency unit multiplied by the number of units. A stop instruction can help define when to seek an exit, but an ordinary stop does not itself establish the eventual fill price. Spreads can also widen during a gap, adding to the difference. Work from the actual executable side of the quote rather than an earlier screen indication.

Worked example: A customer wants to sell 10,000 EUR if EUR/USD reaches 1.0900, but the next executable bid after a gap is 1.0870 USD per EUR. Claim: execution at 1.0870 produces 30 USD less than a sale at 1.0900. Choices: True; False. True is correct: (1.0900 − 1.0870) × 10,000 = 30 USD. False would treat the requested level as the executed price.

Watch the distinction: A stop level does not guarantee a sale at that exact number. After a gap, the first executable bid may be lower and the realized loss larger.

Reference: [1]

28. Liquidity risk

Liquidity is the ability to trade the desired amount promptly near an observed price. When fewer counterparties are willing to deal, available quantities may shrink and the bid/ask spread may widen. A customer selling a base currency receives the bid, so a lower available bid cuts proceeds even if a recent midpoint or indicative quote looks stable. Size also matters: a displayed quote for a small amount may not cover an entire large order. To evaluate the cost, compare executable proceeds for the same quantity under the two market conditions, keeping currency units consistent. Thin conditions may follow a market disruption, a quiet trading period, or an abrupt news release. Liquidity risk concerns the terms and ability to exit; it can intensify an exchange-rate loss without requiring a separate forecast about long-term direction.

Worked example: A customer needs to sell 10,000 EUR. A normal bid of 1.1000 USD per EUR would pay 11,000 USD, but the available bid in a thin market is 1.0985 and pays 10,985 USD. Claim: the lower bid reduces proceeds by 15 USD. Choices: True; False. True is correct: 11,000 − 10,985 = 15 USD. False would ignore the executable bid.

Watch the distinction: A midpoint or last price is not automatically available for a sale. Liquidity must be judged from an executable bid for the intended quantity.

Reference: [1]

29. Volatility and position size

Position size determines how many units of quote currency a given price movement gains or loses. For a pair with a stated pip convention, pip value equals base-currency units multiplied by the quote-currency amount per pip; convert that value if the account uses another currency. Multiply pip value by the number of pips moved to find the cash effect before costs. Doubling size doubles both favorable and unfavorable cash outcomes for the same price change. Volatility describes how much prices vary; it does not provide a maximum move or specify direction. A sensible scenario therefore states an assumed move and tests what that move would do to equity. The position may also face a wider spread during volatile periods, which a simple pip calculation does not capture.

Worked example: Assume an initial EUR/USD position worth 2 USD per stated pip and a 30-pip adverse move. Claim: doubling the position size doubles the loss for that same move to 120 USD. Choices: True; False. True is correct: 2 × 30 = 60 USD initially, while 4 × 30 = 120 USD after doubling. False would require the pip value to stay at 2 USD.

Watch the distinction: A 30-pip scenario is not a promised maximum move. It is an input for testing how a chosen position size affects cash loss.

Reference: [1]

30. Sovereign and country risk

Country or sovereign risk arises when government actions or conditions in a country change the practical ability to trade, transfer, convert, or settle its currency. Capital controls, payment restrictions, political disruption, and banking interruptions can affect access even when an indicative exchange rate is visible. Distinguish the price shown on a screen from a rate at which the intended size can actually be exchanged and delivered. A customer might correctly anticipate a currency's direction yet still face delayed settlement or a restricted transfer. Risk analysis should identify where each currency is held, which institutions must move it, and whether conversion and payment channels remain usable. The same event can also alter spreads and counterparty creditworthiness, so the consequences may extend beyond the immediate change in the exchange rate.

Worked example: A customer expects a gain from selling a currency after its displayed price rises. The issuing country then restricts outgoing currency transfers, and no executable conversion is available for the customer's funds. Claim: the favorable screen price guarantees the customer can realize that gain. Choices: True; False. False is correct because conversion and transfer are constrained. True would require an executable trade and a usable payment route.

Watch the distinction: A favorable indicative quote is not equivalent to accessible cash. Official restrictions can interrupt conversion or settlement even when the displayed market price appears attractive.

Reference: [1]

31. Counterparty credit risk

Counterparty credit risk is the chance that the party owing performance cannot meet its obligation. In retail off-exchange forex, the customer's contractual counterparty is commonly the dealer, even if that dealer hedges its own market exposure elsewhere. A positive mark-to-market value means the trade has gained at current prices; it does not mean the customer has received the cash. If the obligated dealer fails, recovery depends on the contract, applicable law, available assets, and the claims process. Do not automatically assign the protections of exchange-traded futures customer funds to a retail off-exchange forex balance. Separate two questions: whether the exchange-rate movement made the position profitable and whether the counterparty can pay the resulting amount. These risks can rise together during severe market stress.

Worked example: A customer's retail forex account shows a 500 USD gain, but the obligated dealer fails before paying it. Claim: the displayed gain is already 500 USD of cash received by the customer. Choices: True; False. False is correct: the customer has a claim whose recovery depends on the applicable process. True would confuse a positive account value with completed payment.

Watch the distinction: A profitable trade is not proof of collectible cash. Credit exposure remains until the counterparty performs or the customer otherwise receives the amount due.

Reference: [1]

32. Settlement risk

Settlement risk concerns failure during the exchange of the two currency payments. One party may deliver the currency it owes before receiving the other currency. During that interval, its exposure can be the full principal it sent, even if the market value of the bargain had changed only slightly. Timing across payment systems, banking hours, and countries creates this gap. A delivery-versus-payment arrangement can reduce the gap when available and properly used, but the mechanism must be assessed for the actual currencies and counterparties. To classify a scenario, trace each leg separately: what amount leaves, when it becomes irrevocable, and when the matching amount is received. This distinguishes settlement risk from ordinary exchange-rate risk, which concerns the value of the currencies as prices move.

Worked example: A firm sends 1,000,000 USD under an agreed USD-for-EUR exchange before the EUR payment arrives. The counterparty then fails. Claim: the firm's settlement exposure can concern the entire 1,000,000 USD sent. Choices: True; False. True is correct because that principal has left while the matching EUR has not arrived. False would treat the exposure as only a change in the market exchange rate.

Watch the distinction: A small movement in the exchange rate does not cap settlement exposure. If one currency is paid first, the full outgoing principal may be at risk.

Reference: [1]

33. Operational risk

Operational risk comes from failed systems, processes, records, or human inputs. An order entered at the wrong size changes the customer's market exposure even if the original currency view was reasonable. Diagnose the failure by comparing the authorized instruction with the submitted order and executed quantity. Then measure the cash effect using the actual pair's pip convention and executable prices; do not assume an arbitrary pip value. Controls such as order review, access limits, exception alerts, and prompt reconciliation can help detect discrepancies. The Series 30 branch manager guide covers a different examination; its supervisory context is useful when thinking about how firms detect trading errors. For Series 34, keep the focus on retail forex exposure and the consequences of the specific process failure.

Worked example: An authorized 10,000 EUR/USD order is entered as 100,000 EUR. Assume one pip is 0.0001 USD per EUR and the market moves 10 pips against the position. Claim: the erroneous trade has ten times the intended price exposure. Choices: True; False. True is correct: losses are 100,000 × 0.0010 = 100 USD versus 10 USD intended. False would ignore the tenfold quantity error.

Watch the distinction: Do not label the loss solely a bad market forecast. The unauthorized size arose from an input failure, and that failure multiplied the market consequence.

Reference: [1]

34. Interest-rate and rollover risk

Rollover changes the value date of a continuing forex position and can create a financing charge or credit. Its economic direction relates to the interest rates of the two currencies, but the customer's actual amount also depends on the dealer's quoted terms and the dates involved. Analyze it separately from the spot-price result. First compute the gain or loss from the change between executable entry and exit prices. Then add rollover credits and subtract rollover charges for the stated holding period, along with any other separate costs. A position can be right about spot direction yet lose money overall if carrying costs exceed the price gain. The charge can change over time, so a past daily amount is not automatically the amount for a later rollover.

Worked example: A position earns 12 USD from its spot-price movement over two nights. Assume the dealer charges 8 USD at each nightly rollover and there are no other costs. Claim: the trade has a 4 USD net loss. Choices: True; False. True is correct: two charges total 16 USD, and 12 − 16 = −4 USD. False would report the spot gain while omitting financing.

Watch the distinction: A positive spot-price result does not establish a profitable trade. Include each stated rollover charge or credit before judging the final outcome.

Reference: [1]

35. Correlated currency positions

Several currency pairs can share the same underlying currency exposure. A long EUR/USD position buys EUR and sells USD economically; a long GBP/USD position buys GBP and sells USD. Holding both therefore creates two positions that can suffer when USD strengthens broadly. Count exposures by currency and direction, then compare their sizes in a common unit if a quantitative assessment is needed. Pair names alone do not show whether positions diversify one another. Correlation can vary with market conditions, so two pairs that previously moved differently may react together to a common USD shock. Conversely, a move specific to EUR or GBP may affect just one leg more strongly. Separate the shared currency driver from each pair's unique driver before concluding that the combination reduces risk.

Worked example: A customer holds equal USD-notional long positions in EUR/USD and GBP/USD. USD strengthens against both EUR and GBP. Claim: owning two different pairs removes the customer's USD exposure. Choices: True; False. False is correct: each long position is economically short USD and can lose as USD rises. True would require offsetting USD exposures, which these positions do not provide.

Watch the distinction: Two pair names do not necessarily mean two independent risks. Inspect the signed exposure to each currency; here, USD is sold in both trades.

Reference: [1]

36. Risk from quote-currency conversion

A trading gain can be denominated in the pair's quote currency while the account reports results in another currency. For EUR/JPY, the direct price-based profit or loss is in JPY. If the account is in USD, divide JPY by a JPY-per-USD conversion rate to express its USD value. Because that conversion rate can change, an unchanged JPY gain may have a different USD value later. Check the orientation before computing: dividing by USD/JPY is appropriate when the rate is JPY per USD; multiplying would produce the wrong units. Where conversion itself must be executed, the applicable bid or ask and any conversion charge also matter. This second exchange-rate exposure should be distinguished from the movement that created the original trade gain.

Worked example: A trade has an unchanged gain of 16,000 JPY. At USD/JPY 160 JPY per USD, it equals 16,000 ÷ 160 = 100 USD. Later, at 200 JPY per USD, it equals 80 USD. Claim: the USD value fell by 20 USD despite no change in JPY profit. Choices: True; False. True is correct; False would ignore the conversion rate.

Watch the distinction: Do not multiply JPY profit by a JPY-per-USD quote to obtain USD. Divide, and check that the JPY units cancel.

Reference: [1]

Forex Market - Concepts, Theories, Economic Factors and Indicators, Participants

37. Balance of payments

The balance of payments records a country's transactions with the rest of the world over a period. The current account covers trade in goods and services and related income and transfers; the financial account records cross-border investment and financing flows. In a simplified, consistently signed illustration, a current-account deficit has a matching source of financing, such as a net financial inflow. Actual published accounts also involve a capital account and statistical discrepancies. The accounting identity describes how recorded flows fit together, not why a currency must rise or fall next. For interpretation, ask what produced the deficit, whether financing is stable, and how market expectations changed. An investment inflow can support demand for a currency, while concerns about debt or future returns can work in another direction.

Worked example: Suppose a simplified balance of payments shows a 20 billion unit current-account deficit and a 20 billion unit net financial inflow, with other entries assumed zero. The inflow finances the deficit, so the two entries balance under these sign conventions. This does not show that the currency will appreciate: the accounts record completed transactions, while the next exchange rate depends on changing supply, demand, and expectations.

Watch the distinction: A matching financial inflow is not a currency forecast. It explains how the recorded current-account deficit was financed under the stated accounting assumptions.

Reference: [1]

38. Trade balance and elasticity

A weaker domestic currency can make exports cheaper to foreign buyers, but export revenue depends on both the new price and the number of units sold. Multiply price per unit by quantity; do not infer revenue from the price change alone. The size of the quantity response reflects demand elasticity and may take time as contracts and production adjust. Imports also have price and quantity effects: they may cost more in domestic currency before buyers reduce volumes. This helps explain why a trade balance may initially worsen after depreciation even if it later improves. Keep the measurement currency explicit. An increase in revenue measured in foreign currency does not by itself determine domestic-currency revenue, because converting that revenue uses the changed exchange rate. The balance of trade also includes imports, not merely exports.

Worked example: An exporter sells 100 units abroad at 10 foreign-currency units each, earning 1,000 foreign-currency units. After a price cut linked to a weaker home currency, the foreign price is 9 and buyers take 120 units. Revenue becomes 9 × 120 = 1,080 foreign-currency units, an 8% increase. The 10% price decline was more than offset by the 20% quantity increase.

Watch the distinction: A lower foreign-currency price does not necessarily reduce export revenue. Multiply the changed price by the changed quantity before deciding the result.

Reference: [1]

39. GDP, GNP, and output signals

Gross domestic product measures production within a country's borders, regardless of who owns the productive resources. Gross national product attributes production-related income to the country's residents, wherever earned. In a simplified calculation, move from GDP to GNP by adding residents' factor income earned abroad and subtracting nonresidents' factor income earned domestically. This adjustment concerns ownership and residency of income, not where goods happen to be sold. When reading an output release, also distinguish the level from the growth rate and nominal figures from inflation-adjusted real figures. A higher reported GDP level may reflect price increases rather than more physical output if the series is nominal. Currency markets respond to how a release changes expected growth, policy, and investment returns, so one positive output number does not fix the exchange-rate direction.

Worked example: Assume domestic production is worth 500 billion units. Residents earn 30 billion units of factor income from production abroad, while nonresidents earn 10 billion units from domestic production. GDP is 500 billion units because it follows location. Simplified GNP is 500 + 30 − 10 = 520 billion units because it follows resident ownership of production income.

Watch the distinction: Do not add every foreign sale to GNP. The adjustment from GDP concerns residents' income earned abroad and nonresidents' income earned domestically.

Reference: [1]

40. Inflation and purchasing power

Purchasing power parity links exchange rates to relative price levels. If a comparable basket becomes more expensive in one currency while its foreign-currency price stays fixed, maintaining equal basket costs would require that first currency to buy less of the foreign currency. Always state the quote orientation: domestic currency per foreign unit rises when the domestic currency depreciates. PPP is a useful long-run benchmark, not a rule that forces tomorrow's market quote to move by the latest inflation figure. Goods are not perfectly identical across countries, transport and trade costs matter, and financial flows can dominate short-term trading. For a numerical comparison, use like-for-like baskets and distinguish a price-level ratio from a one-period inflation rate. Then describe the suggested direction without promising its timing.

Worked example: A comparable basket costs 100 domestic units and 100 foreign units initially, implying a simple PPP rate of 1 domestic unit per foreign unit. Later it costs 110 domestic units but remains 100 foreign units. The implied rate becomes 110 ÷ 100 = 1.10 domestic units per foreign unit. That is domestic-currency depreciation under this convention, not a prediction that the traded rate will immediately reach 1.10.

Watch the distinction: Higher domestic inflation does not imply domestic appreciation under a domestic-per-foreign quote. More domestic units would be needed to buy the same foreign basket.

Reference: [1]

41. Employment, spending, and production

Employment, household income, consumer spending, and industrial production describe different parts of economic activity. More jobs can raise total pay and support later purchases, but wages may also rise while hours worked or hiring slow. Spending shows whether households are using their income, while industrial production tracks output from factories, mines, and utilities. Read a release by checking its measurement period, whether it reports a level or a change, and whether earlier figures were revised. Then compare the indicators rather than forcing them into one conclusion. For currency markets, a stronger growth outlook may affect expected interest rates and investment flows, but a release matters partly because it differs from what traders expected. The NFA Series 34 study outline includes these indicators within forex market knowledge.

Worked example: In a hypothetical month, employment rises by 80,000 jobs and total household income rises 1%, while consumer spending falls 0.5% and industrial production falls 0.8%. The first two figures suggest more earned income; the latter two show weaker current purchases and output. You cannot infer broad acceleration from the jobs figure alone. Check revisions, price effects, and whether spending weakness is temporary before assessing currency implications.

Watch the distinction: A rise in employment does not prove that consumers spent more or factories produced more. Each indicator measures a different activity and may respond at a different time.

Reference: [1]

42. Central-bank policy rates

A central bank's policy rate influences short-term funding costs and, through expectations, yields on deposits and other assets. Higher expected returns can attract demand for a currency, but investors compare returns across countries and account for exchange-rate and credit risk. The market also prices a likely policy path before the announcement. To interpret a decision, separate the change from the prior rate, the difference from the expected decision, and any guidance about future rates. A larger rate increase can coincide with currency weakness if traders expected an even larger one or if the bank signals concern about growth. Conversely, unchanged rates can support a currency if the accompanying message raises expected future rates. The quoted spot reaction is evidence of repricing, not a mechanical verdict on the decision.

Worked example: Suppose a policy rate rises from a hypothetical 3% to 4%, while traders had expected 5%. The announced increase is 1 percentage point, but it is 1 percentage point below the expected rate. If the currency falls, that response is consistent with lower expected returns than the market had priced. It does not mean that a rate increase occurred in the opposite direction.

Watch the distinction: A rate increase does not guarantee currency appreciation. The surprise relative to expectations, future policy guidance, and concerns about growth can outweigh the effect of the announced increase.

Reference: [1]

43. Intervention and sterilization

Currency intervention is a central bank's transaction in the foreign-exchange market intended to affect currency supply, demand, or market conditions. If it buys foreign currency using newly supplied domestic currency, domestic balances initially rise. More domestic currency is offered in the forex transaction, although the exchange-rate response also depends on expectations and other trading. Sterilization addresses the monetary effect: the bank conducts a separate domestic operation that withdraws the funds it added. Selling domestic securities is one way to absorb domestic balances from their buyers. Track the two transactions separately, using the same currency units and dates. An offset to domestic liquidity does not reverse the foreign-currency purchase, and it does not ensure the exchange rate returns to its earlier level. The distinction is between the intervention's currency-market position and its effect on domestic money balances.

Worked example: Assume the central bank buys USD 100 million at a hypothetical rate of 2 domestic units per USD. It pays 200 million domestic units into the market. It then sells domestic securities for 200 million domestic units, drawing that amount back from buyers. The simplified net change in domestic balances is zero, while the bank still holds the additional USD 100 million.

Watch the distinction: Sterilization does not mean that the currency trade never happened. It offsets the intervention's effect on domestic balances through a separate operation; market expectations may still change.

Reference: [1]

44. Covered parity and the Fisher effect

Covered interest parity compares two investable routes to the same future currency payoff. For a spot quote in USD per EUR, a simplified one-year forward relationship is forward = spot × (1 + USD rate) ÷ (1 + EUR rate), assuming matching periods and comparable funding and investment terms. The forward rate reflects the interest-rate difference under those assumptions; it is not a forecast that the future spot rate must equal the forward. The Fisher effect concerns a different decomposition: a nominal interest rate reflects a real return and expected inflation, approximately their sum for small rates. To reason through a question, identify whether it asks about a hedged cross-currency investment or the inflation component of a nominal rate. Also distinguish an approximation from an exact calculation and account for dealing spreads when discussing executable arbitrage.

Worked example: Suppose a hypothetical one-year nominal rate is 5% and expected inflation is 3%. Subtraction gives an approximate expected real rate of 2%; exactly, 1.05 ÷ 1.03 − 1 is about 1.94%. Neither result determines a currency forward. With spot at 1.1000 USD per EUR and comparable one-year USD and EUR rates of 5% and 2%, covered parity gives 1.1000 × 1.05 ÷ 1.02, or about 1.1324 USD per EUR.

Watch the distinction: Do not insert one country's expected inflation into a covered-parity formula as though it were the other currency's interest rate. The two relationships answer different questions.

Reference: [1]

45. Fiscal policy and currency demand

Fiscal policy changes government spending, taxes, and borrowing. Higher spending can raise near-term demand for goods and labor, potentially supporting growth and expected interest rates. Financing matters: new borrowing may raise yields, but it can also raise concerns about debt service, inflation, or future taxes. Imports can absorb part of the added demand, creating a separate currency-market channel. A useful decision sequence is to identify the policy change, determine how it is funded, consider whether the economy has unused capacity, then assess how investors revise expected returns and confidence. Avoid treating the budget balance as a direct exchange-rate formula. Currency prices compare two economies, so the foreign country's policy and the market's prior expectations matter as well. The same spending announcement can have different effects under different financing and growth conditions.

Worked example: A government announces a hypothetical 10 billion domestic-unit spending increase financed entirely by issuing 10 billion domestic units of debt. That can increase demand now, while adding future debt-service obligations. If investors expect stronger output and manageable borrowing, demand for domestic assets may rise. If they instead expect inflation or fiscal strain, the currency may weaken. The 10 billion figure alone settles neither judgment.

Watch the distinction: Government spending is not automatically good or bad for a currency. Its financing, expected effect on output and prices, and comparison with foreign alternatives all matter.

Reference: [1]

46. Foreign investment flows

A foreign investor's asset transaction and currency transaction are separate steps. Buying a domestic bond or business interest creates an asset flow, but spot demand for the domestic currency occurs only if the investor must obtain that currency through a conversion. The investor may already hold it, borrow it, or arrange a hedge that creates other currency trades. To analyze a reported investment flow, ask what currency the purchase price requires, what currency the investor initially holds, and when any exchange takes place. Also distinguish a new purchase from a sale or dividend payment, which may prompt conversion in the other direction. An asset inflow can support currency demand, yet exchange rates respond to net orders and expectations across many participants. The size of an announced investment is therefore not automatically the size of a same-day spot order.

Worked example: A foreign fund buys USD 2 million of U.S. assets. If it holds EUR and converts at a hypothetical EUR/USD rate of 1.25 USD per EUR, it sells EUR 1.6 million to obtain USD 2 million. That conversion creates USD demand. If the fund already has USD 2 million on deposit, the asset purchase requires no new spot conversion at that time.

Watch the distinction: Do not equate every foreign purchase of domestic assets with an immediate currency purchase. Existing balances, borrowing, hedges, and transaction timing can separate the two flows.

Reference: [1]

47. Volatility and expectations

Volatility describes how much and how often observed exchange rates vary over a period; it does not supply a direction. A pair can finish unchanged after large swings, while another moves steadily to a different closing level. Historical volatility uses past price observations, and its value depends on the observation frequency and calculation method. Market expectations about future variation may also be reflected in option prices, but that is a different measure. For a spot position, the path matters because spreads, available liquidity, security deposits, and forced close-outs can affect the outcome before the final observation. When comparing two pairs, keep the same period and measurement basis. Then separate three questions: where did the price end, how far did it move along the way, and what exposure did the trader carry during those moves?

Worked example: Two hypothetical pairs both start at 1.0000 and finish at 1.0000. Pair A stays between 0.9980 and 1.0020, within 0.2% of its start. Pair B reaches 1.0300 and 0.9700, or 3% above and below its start. Their start-to-finish returns are both zero, but Pair B's path involves much larger moves and potential interim losses.

Watch the distinction: High volatility does not mean that a currency is more likely to rise. It describes variation, while the eventual direction and a trader's result depend on other facts.

Reference: [1]

48. Institutions and payment flows

A cross-border currency payment requires institutions that can hold accounts, send instructions, and settle obligations. Banks may use correspondent relationships or payment and settlement systems to move funds between currencies and jurisdictions. The payment bank, the customer's forex counterparty, and the institution that processes settlement may be different entities, so identify each role before assessing an obligation or failure. The International Monetary Fund works on international monetary cooperation and financial stability; the World Trade Organization provides a framework for trade rules. Neither role makes those organizations the paying bank for an ordinary customer transfer. A settlement question instead asks when each currency leg becomes final, who owes each leg, and whether one party pays before receiving the other. These payment mechanics are distinct from the policy roles of international institutions.

Worked example: A U.S. importer instructs its bank to pay EUR 100,000 to a supplier through the bank's payment arrangements. The bank obtains or uses EUR and sends settlement instructions to deliver the payment. The importer should identify which bank owes the transfer and when the EUR payment becomes final. Neither the IMF nor the WTO becomes the supplier's payment counterparty through its broader international role.

Watch the distinction: An institution can influence international monetary or trade conditions without processing a customer's payment. Do not confuse policy and trade-rule bodies with banks and settlement systems.

Reference: [1]

Forex Regulatory Requirements

49. Retail forex jurisdiction

Classify a U.S. currency transaction before applying a rule. Begin with the customer's status, then identify the product, its trading venue, and the entity taking the other contractual side. A leveraged retail currency agreement made directly with an eligible dealer raises retail off-exchange forex questions under the CFTC and NFA framework. An exchange-traded currency future has exchange and clearing arrangements that call for a different analysis. Settlement terms and any applicable statutory exception can also affect classification, so the word "spot" in a sales pitch does not resolve it by itself. Ask whether the customer is retail, whether the transaction is off exchange, and whether the counterparty is permitted for that activity. The Series 3 futures guide covers a related proficiency subject, but a currency future and a retail dealer forex contract remain distinct products.

Worked example: A U.S. retail customer enters a leveraged EUR/USD agreement directly with a dealer, and no exchange clears the customer's contract. Analyze the customer's counterparty and applicable retail off-exchange forex requirements. If the customer instead buys an exchange-traded currency future, the exchange-traded product changes the analysis. Currency exposure in both cases does not make their customer-fund, trading, and close-out rules identical.

Watch the distinction: The presence of a currency pair does not determine jurisdiction by itself. Customer status, contract terms, venue, and counterparty must be classified before selecting the governing requirements.

Reference: [1]

50. Registration and membership roles

Proficiency, registration, firm status, and NFA membership address different conditions for regulated retail forex activity. Passing Series 34 demonstrates an examination result; it does not create a customer-facing license or approve a firm. A firm must have the status applicable to its actual business, and an individual who solicits or handles orders may need the applicable registration and associate status. The specific path depends on what each person and entity does, so identify the firm, the person's role, and the activity before checking requirements. NFA's outline states that passing an examination alone does not authorize someone to act as a registered commodity broker. The FINRA Series 34 page identifies the exam that FINRA administers for NFA; administration of the test is separate from approval to conduct business.

Worked example: An employee passes Series 34 on Monday and plans to solicit retail forex orders on Tuesday for a new dealer. The exam result satisfies only the relevant proficiency element, if applicable. Before solicitation, the firm must have the status required for its business and the employee must have the required individual approval and association. Passing the test does not accelerate those separate determinations.

Watch the distinction: Do not treat an examination score as permission to solicit or trade. The firm's eligibility, the individual's registration or approval, and NFA status are separate questions.

Reference: [1]; [2]

51. Security-deposit requirements

A security deposit supports an open retail forex position against losses; it is not the purchase price of the currency exposure. For a stated problem, calculate the required amount by multiplying the relevant position value by the stated deposit percentage, keeping both in the same currency. Next, compare the requirement with account equity after marked losses, credits, and charges under the problem's assumptions. A shortfall can require additional funds or reduction of exposure, subject to applicable rules and account terms. If position value changes, recalculate the requirement using the specified valuation basis rather than assuming it stays fixed. The percentage in a practice problem is an input, not a universal regulatory level. Distinguish initial funding from ongoing equity and from the much larger notional amount on which exchange-rate gains and losses are measured.

Worked example: Assume a hypothetical 4% deposit requirement on an unchanged USD 50,000 position value. The requirement is 0.04 × USD 50,000 = USD 2,000. An account starts with USD 2,000 equity and incurs a USD 500 marked loss, leaving USD 1,500. On the stated unchanged-value assumption, the shortfall is USD 2,000 − USD 1,500 = USD 500.

Watch the distinction: A USD 2,000 deposit does not cap loss on a USD 50,000 position. Price changes apply to the exposure, and a deposit shortfall can arise as equity falls.

Reference: [1]

52. Customer-fund treatment

Funds placed with a retail off-exchange forex counterparty create a customer claim tied to that account and the counterparty's obligations. The customer should assess the dealer's credit risk as well as market risk: a favorable trade value is useful only if the obligated party can perform. Do not import the statutory segregation treatment of exchange-traded futures customer funds into a retail forex transaction. The legal treatment of particular funds depends on the applicable framework and account terms, and a dealer's internal handling does not by itself grant the customer the same protection as futures segregation. For a question about protection, first identify the product and counterparty, then distinguish deposit accounting from legal ownership and insolvency treatment. A customer account statement can establish the amount recorded, but it does not alone settle priority if the firm fails.

Worked example: A customer deposits USD 3,000 with a retail forex dealer and later has USD 3,200 shown as account equity. The displayed balance is the dealer's account record of the customer's position, including a USD 200 net increase. It does not establish that USD 3,200 sits in a futures-segregated account or guarantee recovery of that sum if the counterparty fails.

Watch the distinction: A retail forex deposit is not automatically protected as an exchange-futures segregated balance. The account amount and the customer's ability to recover it are different questions.

Reference: [1]

53. Customer information and disclosures

Customer information helps a forex firm understand whom it is dealing with and how the proposed account will be used. Relevant facts can include trading experience, financial circumstances, and the customer's stated objectives. Risk disclosure then communicates features that might otherwise be misunderstood, including leverage, possible losses, dealer counterparty exposure, and costs where applicable. These duties work together: a form signed by the customer records delivery or acknowledgment, but it does not make an obviously concerning account pattern disappear. Reason through a case by identifying what the firm knows, what it still needs to ask, which risks the proposed activity creates, and what must be communicated before trading. Keep the analysis grounded in the customer's actual circumstances. A generic warning about currency prices is less useful than an explanation that a small exchange-rate move can consume a large share of deposited equity.

Worked example: A prospective customer reports no leveraged-trading experience, USD 2,000 available for the account, and a plan to control USD 50,000 in currency exposure. The exposure is 50,000 ÷ 2,000 = 25 times the stated funds. The firm should obtain relevant customer information and provide applicable disclosures explaining that losses on the full exposure can rapidly reduce the USD 2,000 balance.

Watch the distinction: A signed risk form does not turn limited experience into extensive experience or remove leverage risk. The customer's facts still matter when gathering information and communicating risks.

Reference: [1]

54. Specific trade authorization

Opening an account authorizes the relationship and sets general terms; it does not necessarily authorize each future trade. A particular customer instruction should identify the action and essential trade terms sufficiently to show what the customer approved. Alternatively, valid discretionary authority may cover decisions within its scope, but its existence and limits must be established. When reviewing a disputed order, compare the instruction or authority with the actual currency pair, direction, quantity, and execution. A later market gain does not cure an unauthorized trade, and an employee's belief that a trade suits the customer is not a substitute for authority. Preserve the order record so the firm can distinguish an instruction error from a price or execution issue. This sequence protects both the customer and the firm when verbal, electronic, and standing instructions differ.

Worked example: A customer opens an account and deposits USD 5,000. An employee then buys GBP 10,000 against USD without a customer order or valid discretionary authority covering that purchase. Even if the position later earns USD 40, the account agreement and deposit did not authorize this specific trade. The firm must examine the order record and address the unauthorized execution.

Watch the distinction: General consent to account terms is not a standing request to trade. An employee needs a particular instruction or valid authority that covers the order actually placed.

Reference: [1]

55. Bunched orders and allocations

A bunched order combines authorized orders for multiple accounts into one execution process. Combining orders can simplify execution, but different fill prices create an allocation question: which account receives which quantity and price? A fair method should be established before outcomes are known, documented, and applied consistently. Depending on the arrangement, accounts may receive proportional fills or a properly calculated average price. The crucial reasoning is to prevent hindsight from steering the better fill to a favored account. Confirm that each account authorized its intended amount, that total allocations equal the total execution, and that the price calculation is arithmetically sound. Also distinguish the combined market order from each account's resulting position and records. A method that cannot be reconstructed after execution is difficult to evaluate for fairness.

Worked example: Three authorized accounts each seek EUR 10,000. A combined EUR 30,000 buy fills EUR 10,000 at 1.1000 and EUR 20,000 at 1.1003 USD per EUR. Under a pre-established equal average-price method, total cost is USD 11,000 + USD 22,006 = USD 33,006. Each receives EUR 10,000 at an average 1.1002, costing USD 11,002, before any separate charges.

Watch the distinction: Do not assign the 1.1000 fill to a preferred account after seeing the prices. The allocation method should be set in advance and account for every unit filled.

Reference: [1]

56. Offsetting positions and close-out

For a signed base-currency position, buying adds to a long position or reduces a short one; selling does the reverse. When an opposite retail forex transaction is entered in the same pair and account, apply the applicable close-out treatment to the existing exposure before assuming a separate opposing position. Work in base-currency units: subtract the opposite quantity from the open quantity, and determine whether the result remains long, becomes flat, or crosses into a short position. The part that closes may realize a gain or loss using the applicable entry and executable exit prices. The remaining quantity is still exposed to later price changes. This quantity-first approach prevents an account from appearing to carry two offsetting gross positions when the relevant rules call for closing existing exposure. Check any stated account and transaction assumptions before applying the arithmetic.

Worked example: A customer is long EUR 20,000 against USD in one account and submits a sale of EUR 5,000 in the same pair. The sale closes EUR 5,000 of the long, leaving EUR 20,000 − EUR 5,000 = EUR 15,000 long. A further sale of EUR 15,000 would make the position flat, assuming no other trades or adjustments.

Watch the distinction: An opposite order does not automatically create a separate hedge in the same account. First determine how much existing exposure it closes under the applicable close-out requirements.

Reference: [1]

57. Requotes and transaction records

A requote occurs when the price proposed for a customer's transaction differs from the price the customer sought to accept. Separate the displayed or requested price, any newly offered price, the customer's valid acceptance, and the actual execution. This sequence identifies whether a trade occurred and at what rate; a screen display alone does not prove a completed fill. Transaction requirements govern how a dealer handles changed quotes, while records and confirmations must reflect the transaction that was actually completed. Compare the confirmation with the order and execution records, including pair, side, quantity, time, and price. If no valid trade occurred at the changed price, recording one would create an authorization problem. If a trade did occur, recording the earlier displayed price would misstate the customer's cost and obscure the execution issue.

Worked example: A customer attempts to buy EUR 10,000 at a displayed EUR/USD ask of 1.1002, or USD 11,002. The dealer proposes 1.1008, which would cost USD 11,008, a USD 6 difference. If the customer validly accepts and trades at 1.1008, the confirmation should show that actual rate and amount. The original display does not become the execution price.

Watch the distinction: A changed quote is not merely a harmless display detail. It can change the customer's cost, so the accepted execution and confirmation must be distinguished from the earlier price.

Reference: [1]

58. Customer reports and profitability disclosures

A trade confirmation documents a particular completed transaction. A periodic account summary presents activity and the account's resulting position or balance over its reporting period. Aggregate profitable-account information answers a different question about customer outcomes across accounts, using the applicable disclosure method. Do not infer one from another. A winning trade can coexist with an overall losing account after other trades, commissions, financing, or adjustments. To reconcile an example, start with the opening balance, add deposits and gains, subtract withdrawals, losses, and charges, then check the reported closing balance. For profitability, use the measure specified for the relevant disclosure rather than selecting an isolated profitable ticket. Records should let a customer trace each transaction into the period result. The NFA outline identifies confirmations, monthly summaries, and profitable versus non-profitable account disclosures as separate topics.

Worked example: A customer receives a confirmation showing a USD 40 gain on one trade. During the same period, other trades and charges total a net USD 110 loss. The combined account result is USD 40 − USD 110 = a USD 70 loss, before deposits or withdrawals. The winning confirmation is accurate for its trade; the periodic summary must still show the losing account result.

Watch the distinction: One profitable confirmation does not make the account profitable for the period. Account reporting incorporates other activity and charges, while aggregate profitability disclosure uses its applicable account-level measure.

Reference: [1]

59. Promotions, guarantees, and conflicts

Forex promotions should convey material risks without promising an outcome the transaction cannot assure. Leverage exposes deposited equity to changes in a larger notional position, so a claim that the customer cannot lose is especially misleading. A dealer that quotes the customer a bid and ask can also benefit from pricing terms such as spread or markup, creating an interest that should be recognized when evaluating a solicitation. Read a promotion by identifying its concrete claims, omissions that change their meaning, and any conflict between the dealer's economic interest and the customer's result. Check whether a statement describes a genuine contractual feature or implies a guarantee against market loss. NFA's Series 34 outline expressly lists the prohibition of guarantees against loss, promotional material, solicitation, and conflicts of interest. A risk disclosure elsewhere does not make a contradictory guarantee accurate.

Worked example: An advertisement says a customer using USD 1,000 to support a hypothetical USD 20,000 forex position "cannot lose" and does not explain that the dealer sets its customer quote. A 1% adverse move on the stated exposure is USD 200 before charges, or 20% of the deposit. The loss claim is misleading, and the dealer's pricing interest warrants clear treatment.

Watch the distinction: A small deposit does not make a leveraged position loss-free. Nor does a risk warning elsewhere cure a direct promise that losses cannot occur.

Reference: [1]

60. Electronic systems and funding controls

Electronic forex systems must connect a customer's authorized instruction to the orders sent, fills received, and account records produced. Supervision therefore includes detecting duplicate submissions, rejected orders, stale displays, and mismatches between execution data and confirmations. When an error appears, reconstruct the sequence from time-stamped instructions and system records before deciding what the customer actually authorized. Funding controls are a related but separate issue: a proposed method for moving customer money must be checked against applicable NFA restrictions before it is offered or used. Reliable transaction records do not validate a prohibited funding mechanism, and an allowed funding method does not excuse faulty order handling. The Series 34 practice questions can reinforce the distinction between trade authorization, system supervision, and funding restrictions. The NFA outline lists electronic-system supervision and restricted electronic funding mechanisms.

Worked example: A customer submits one authorized order to buy EUR 10,000, but the platform sends it twice and records two EUR 10,000 fills. The records now show EUR 20,000 bought, exceeding the instruction by EUR 10,000. The firm should trace the submission and execution records and address the erroneous excess. Separately, it must verify that any proposed electronic funding method is permitted before accepting it.

Watch the distinction: Two recorded fills do not prove that the customer authorized two orders. Likewise, functioning software does not establish that every funding method offered through it is allowed.

Reference: [1]

Official references and further reading

All study guides

Definitions and Terminology

1. Reading a currency pair

2. American and European terms

3. The dealer's bid and ask

4. Spreads and price increments

5. Spot and forward value dates

6. Forward points and outright rates

7. Interest-rate differentials

8. Rollover and swap legs

9. Tom-next and spot-next

10. Cross rates

11. Dealers and counterparties

12. Security deposits and dealer pricing

Forex Trading Calculations

13. Converting at a single rate

14. Crossing the spread

15. A cross-rate transaction

16. Building a two-way cross quote

17. Pip value in the quote currency

18. Converting pip value

19. Open-position gain and loss

20. Closing part of a position

21. Short-position P&L

22. Leverage and equity

23. Return on collateral

24. All-in transaction cost

Risks Associated with Forex Trading

25. Exchange-rate exposure

26. Leverage magnifies losses

27. Market gaps

28. Liquidity risk

29. Volatility and position size

30. Sovereign and country risk

31. Counterparty credit risk

32. Settlement risk

33. Operational risk

34. Interest-rate and rollover risk

35. Correlated currency positions

36. Risk from quote-currency conversion

Forex Market - Concepts, Theories, Economic Factors and Indicators, Participants

37. Balance of payments

38. Trade balance and elasticity

39. GDP, GNP, and output signals

40. Inflation and purchasing power

41. Employment, spending, and production

42. Central-bank policy rates

43. Intervention and sterilization

44. Covered parity and the Fisher effect

45. Fiscal policy and currency demand

46. Foreign investment flows

47. Volatility and expectations

48. Institutions and payment flows

Forex Regulatory Requirements

49. Retail forex jurisdiction

50. Registration and membership roles

51. Security-deposit requirements

52. Customer-fund treatment

53. Customer information and disclosures

54. Specific trade authorization

55. Bunched orders and allocations

56. Offsetting positions and close-out

57. Requotes and transaction records

58. Customer reports and profitability disclosures

59. Promotions, guarantees, and conflicts

60. Electronic systems and funding controls

Official references and further reading

Frequently Asked Questions

Related Study Guides

NFA Branch Manager Examination (Series 30)

NFA National Commodity Futures Examination (Series 3)

FINRA Financial and Operations Principal Exam (Series 27)