The Canadian Securities Course spans the path from raising capital to choosing and monitoring investments for a client. Start by identifying who issues, trades, regulates and owns a security; that context makes its risks and cash flows easier to understand. Then connect economic conditions to bond prices, share values and portfolio choices. A quoted return is rarely the whole answer: financing costs, trading spreads, taxes, liquidity and the client’s time horizon can change the decision. This guide develops those links through calculations and short cases across both CSC exams. Use each case to explain why a result follows and what additional fact could change it.
Exam 1 - The Canadian Investment Marketplace
1. Follow the flow of capital
When a business or government needs capital, it can issue a security that gives investors a claim on future payments or ownership. The issuer receives funds and assumes the associated obligation. A bond investor lends money and expects contractual payments; a share investor supplies equity and accepts a residual claim. An investment dealer can arrange an issue, distribute securities, provide advice or trade for clients, depending on its role in the transaction. Other intermediaries, such as funds, pool investors’ money before investing it. Trace who receives cash, who holds the security and who bears the issuer’s risk. Those questions distinguish financing from a later trade. The CSC curriculum covers these participants and how intermediaries channel funds between borrowers and lenders.
Worked example: A manufacturer issues $10 million of new bonds through a dealer, and pension funds buy the issue. The manufacturer is the borrower and receives the financing proceeds; the pension funds are lenders holding the bonds. The dealer distributes the issue. If one fund later sells $1 million face value to another fund, cash changes hands between investors. That resale gives the manufacturer no new proceeds.
Watch the distinction: A dealer’s presence does not mean the dealer is the ultimate lender. Identify whose money funds the issuer and who holds the resulting claim.
2. Primary and secondary markets
A primary market transaction creates and distributes a new security. Its proceeds flow to the issuer, after applicable issuance costs, and can finance investment or replace other funding. In a secondary market transaction, an existing holder sells to another investor. The issuer receives no proceeds from that sale, although an active resale market may make future issues easier to place by giving buyers a route to exit. Classify a transaction by the security’s path, not by whether it takes place on an exchange or through a dealer. A dealer may help distribute a new issue and may also facilitate later trades. Likewise, the same share can begin in a primary offering and change hands many times afterward. For more work across these distinctions, use the Exam 1 study guide.
Worked example: A company issues new shares and receives $8 million from purchasers, before issuance costs. A shareholder later sells some of those shares to another investor for $20,000. The $8 million transaction raises capital for the company. The $20,000 goes to the selling shareholder, before trading costs. Even if the resale price is higher than the issue price, it creates no additional company proceeds.
Watch the distinction: A rising share price can help an issuer contemplate future financing, but a higher-priced resale does not itself send cash to the issuer.
3. How securities find a price
A bid is the price a buyer currently offers; an offer, or ask, is the price at which a seller currently offers to sell. In an auction market, buy and sell orders compete, and matching orders produce trades. In a dealer market, dealers may quote prices at which they will buy into, or sell from, their inventory. Electronic systems route, display or match orders, but their presence alone does not tell you who supplies liquidity. To interpret a quote, identify the side you would trade against: an immediate buyer usually pays an available offer, while an immediate seller usually accepts a bid. The quoted spread compensates liquidity provision and reflects market conditions, yet inventory changes, competition and price movement can affect a dealer’s actual result. Quotes also have displayed quantities and can change before execution.
Worked example: The best displayed bid is $49.90 and the best offer is $50.10 per share, with at least 100 shares offered. An immediate purchase of 100 shares at that offer costs 100 × $50.10 = $5,010 before charges. The quoted spread is $50.10 − $49.90 = $0.20 per share. It is the gap between current quotes, not a guaranteed dealer profit.
Watch the distinction: Do not multiply a buy order by the bid simply because it is the lower quote. The bid is the price available to a seller.
4. Canadian market oversight
Canadian securities oversight has several layers. Provincial and territorial securities regulators administer securities law in their jurisdictions, including issuer disclosure and market conduct. CIRO oversees member dealers and their registered personnel under its applicable rules. Exchanges set and enforce requirements for trading on their markets, including listing and trading rules. A firm also supervises its personnel, reviews recommendations and handles client complaints through its processes. Classify a problem by the conduct alleged: issuer disclosure concerns what investors were told about the security; a recommendation concern asks whether the dealer and its personnel served the client properly. One event can raise both issues and reach more than one body. Keep course completion separate from professional approval: CSI states that, effective January 1, 2026, the CSC no longer qualifies for CIRO approval with an Investment Dealer.
Worked example: A client says a public issuer concealed a material loss and a dealer recommended its shares despite the client’s short time horizon. The disclosure allegation concerns the issuer and relevant securities regulator; exchange requirements may also matter if the issuer is listed. The recommendation allegation belongs in the firm’s complaint and supervisory process and may involve CIRO oversight. The client should describe both issues and preserve the recommendation and disclosure records.
Watch the distinction: Sending every concern only to an exchange overlooks dealer supervision. A listed issuer’s disclosure and a dealer’s client recommendation involve different duties.
5. Conflicts, conduct and complaints
A conflict exists when an adviser’s interest, such as higher compensation, could pull a recommendation away from the client’s interest. First identify the incentive and the decision it might affect. Then compare the products using the client’s objectives, time horizon, liquidity needs and ability to bear loss, alongside each product’s exposure, costs and restrictions. Address a material conflict in the client’s interest; that may mean choosing another product or declining the transaction. Record the relevant facts, alternatives considered and reason for the decision. Explain the conflict in terms the client can understand, but do not treat disclosure as a substitute for resolving a harmful recommendation. If the client complains, preserve the record and direct the matter into the firm’s complaint process so it can be assessed independently of the original sale.
Worked example: An adviser would earn $900 from Fund A and $400 from Fund B. The client needs cash in two years, and Fund A has higher ongoing costs and less suitable liquidity terms. The $500 compensation difference cannot justify Fund A. Compare both funds’ risks and withdrawal terms with the client’s need, recommend only a suitable choice, document the reasoning and disclose the conflict. If challenged, route the complaint through the firm.
Watch the distinction: A client’s acknowledgment of a commission does not make an unsuitable product suitable. The recommendation must stand on client and product facts.
Exam 1 - The Economy
6. Measure economic output
Nominal gross domestic product values an economy’s output at current prices. It can rise because more goods and services are produced, because prices rise, or both. Real GDP removes the effect of price changes by expressing output in the purchasing power of a chosen base period. With a price index whose base is 100, divide nominal GDP by the index divided by 100 to estimate real GDP in base-period dollars. Compare real figures measured on the same basis to assess output growth. This distinction matters when interpreting company sales and government revenues: higher dollar amounts need not signal more underlying activity. A GDP price index covers domestic output, so it should not be assumed identical to a consumer price index. Growth estimates can also be revised as data improve.
Worked example: Suppose nominal GDP rises from $1,000 billion to $1,060 billion while the GDP price index rises from 100 to 104. Initial real GDP is $1,000 ÷ 1.00 = $1,000 billion. Final real GDP is $1,060 ÷ 1.04 = $1,019.23 billion. Real growth is ($1,019.23 ÷ $1,000 − 1) × 100 = about 1.92%, far below nominal growth of 6%.
Watch the distinction: Subtracting four percentage points from six gives a useful approximation, but deflating the GDP levels gives the more precise real growth calculation.
7. Read the business cycle
The business cycle describes changes in economic activity, but its phases are identified from several measures rather than one report. Expanding real output and stronger hiring suggest growing demand. Slower output growth may mark a slowdown even while output is still rising; falling output and weakening employment provide stronger evidence of contraction. Inflation adds another dimension because prices can remain elevated after activity weakens. Check whether indicators are levels or rates of change: slowing growth is different from a decline in output, and falling inflation is different from falling prices. Labour data can lag changes in production, while inflation may reflect supply costs as well as demand. For investments, connect the pattern to expected company earnings, credit losses and interest-rate expectations, while allowing for uncertainty in both economic data and market pricing.
Worked example: Real output still grows, but at 1% instead of 3%; unemployment rises from a hypothetical 5% to 6%, and inflation remains at 4%. The combined picture suggests weakening activity with persistent price pressure, not necessarily a contraction. A rate cut is not automatic: policymakers would have to weigh softer employment against inflation, while markets may already have priced in an expected response.
Watch the distinction: A slower growth rate does not mean GDP has fallen. Nor does weak activity alone determine the next policy decision when inflation remains a concern.
8. Interest rates and economic policy
Monetary policy works partly through borrowing costs and financial conditions. A higher policy rate can raise variable-rate loan payments, discourage some borrowing and spending, and influence bond yields and currency demand. Fiscal policy changes government spending or taxation, affecting demand more directly for the households and businesses involved. Their effects can oppose or reinforce each other, and both operate with delays. To reason through a scenario, identify the initial policy change, the people whose cash flows change, the likely demand response and the possible inflation response. Then consider markets separately. A bond’s price depends on the yield investors require across its remaining cash flows; an equity’s price depends on expected cash flows and the return investors demand. Neither asset’s return follows mechanically from one policy announcement.
Worked example: In a hypothetical economy, a rate increase raises a household’s variable loan payment by $150 a month, leaving $1,800 less a year for other spending if income is unchanged. At the same time, a new public project pays local contractors. The first effect restrains some private demand; the second supports demand where spending occurs. Bond and share prices depend on the combined outlook and prior expectations.
Watch the distinction: A higher policy rate does not guarantee that every bond yield rises by the same amount. Maturity, expected future rates and credit risk also matter.
9. Exchange rates and trade
An exchange rate must be read with its units. If the quote is US dollars per Canadian dollar, convert a US dollar asset into Canadian dollars by dividing its US dollar value by that quote. A fall in US dollars per Canadian dollar means the Canadian dollar has weakened, so an unchanged US dollar asset translates into more Canadian dollars. The same move tends to raise Canadian-dollar costs for an importer paying US dollars and can increase Canadian-dollar receipts for an exporter paid in US dollars. Actual profit depends on contracts, input costs and hedges, not translation alone. For a foreign investment, separate the asset’s local-currency return from its currency return. Check the direction of the quote before calculating; reversing the currency pair reverses the arithmetic.
Worked example: A Canadian investor holds an asset worth US$10,000 at both dates. At US$0.80 per C$1, its value is US$10,000 ÷ 0.80 = C$12,500. At US$0.75 per C$1, it is US$10,000 ÷ 0.75 = C$13,333.33. The translation gain is C$833.33, or about 6.67% of the initial Canadian-dollar value, before conversion costs and tax.
Watch the distinction: The US dollar asset need not rise in its own currency for a Canadian investor to gain. Currency translation alone can change the Canadian-dollar value.
Exam 1 - Features and Types of Fixed-Income Securities
10. The bondholder's claim
A bond states a face value, interest terms and maturity. The face value is the principal amount specified for repayment at maturity, subject to the issuer meeting its obligations; the coupon rate determines scheduled interest on that face value. The market price can differ from face value because required yields, credit conditions and time to maturity change. Current yield compares annual coupon income with today’s price, so it answers a narrow income question. It omits the gain or loss between purchase and sale or repayment, the timing of cash flows, and potential default. Yield to maturity incorporates scheduled cash flows and the purchase price under stated assumptions, making it a broader measure. Before calculating, check whether a quoted rate is annual and whether the price includes accrued interest.
Worked example: A bond has $1,000 face value, a 4% annual coupon and a quoted purchase price of $950, excluding accrued interest. Its annual coupon is 0.04 × $1,000 = $40. Current yield is $40 ÷ $950 = 4.21% annually. If the issuer repays $1,000 at maturity, the buyer may also receive a price gain, but its amount and annualized effect depend on when repayment occurs.
Watch the distinction: A 4.21% current yield is not the bond’s assured total return. Purchase price, sale or repayment price, timing and issuer performance all affect the outcome.
11. Government and corporate debt
Start a debt comparison with the legal issuer and the resources available to meet its payments. Federal government debt relies on federal finances; provincial debt relies on a province’s finances; municipal debt depends on the issuing municipality and the obligation’s terms. Corporate debt draws on a company’s cash flows and assets. Even within one issuer category, security, seniority, covenants and guarantees can differ. A secured corporate bond may have a claim on specified assets, while an unsecured debenture generally relies on the issuer’s broader credit. Required yields also reflect trading liquidity: investors may demand compensation for a bond that is hard to sell quickly at a fair price. Compare bonds with similar maturity and payment terms before attributing a yield gap to credit risk alone. A government label does not erase differences among issuers or issues.
Worked example: A federal obligation and an unsecured corporate bond both mature in five years and pay a 4% coupon. Investors may require a higher yield on the corporate bond if they judge its default risk greater or expect thinner trading. If both bonds promise the same payments, a higher required yield implies a lower corporate bond price. The difference is not explained by the shared coupon or maturity.
Watch the distinction: A bond’s issuer category alone does not settle its risk. Read the specific obligation, its ranking and its liquidity before comparing yields.
12. Security and payment priority
Payment priority matters most when an issuer cannot meet every claim. A secured bond gives its holders rights against specified collateral under its terms. An unsecured debenture has no claim to particular pledged assets and looks to the general asset pool. Subordinated debt ranks behind claims specified as senior; preferred shares remain equity, generally behind creditors in an insolvency despite their preference over common shares. Work through a shortfall in stages: identify collateral and the secured claim, allocate collateral proceeds as the security terms require, then determine whether any unpaid secured amount can claim against the general estate. Only then compare the remaining claims by legal rank. Administrative costs, other secured interests and the governing documents can change the distribution, so a simple arithmetic example must state its assumptions.
Worked example: Assume $6 million of pledged-asset proceeds backs an $8 million secured claim, and $4 million of other assets remains after costs. The secured holder receives $6 million from the collateral, leaving a $2 million deficiency. If that deficiency ranks equally with another $6 million of unsecured claims, the $4 million pool pays half of each: $1 million toward the deficiency and $3 million to the others. Subordinated debt and shares receive nothing.
Watch the distinction: Calling a bond secured does not guarantee full repayment. Collateral may be insufficient, and recovery of the shortfall depends on the remaining estate and claim ranking.
13. Credit ratings and bond quotes
A credit rating expresses an agency’s assessment of an issuer’s or issue’s ability to meet obligations. It is an opinion about credit risk, not an insurance policy or a prediction of market price. Ratings can differ across issues from the same issuer because security and seniority differ. A quoted bond price is commonly expressed per $100 of face value, so multiply the quote by face value divided by 100 to obtain the quoted principal amount. The buyer’s settlement payment may also include accrued interest, which compensates the seller for interest earned since the last coupon date, plus transaction charges. Compare quoted prices only after checking payment dates, coupon rates, maturity and credit. Equal quotes do not imply equal yields or future outcomes when those terms differ.
Worked example: Two bonds each quote 98 per $100 face value. For $10,000 face value, each quoted principal amount is 98 ÷ 100 × $10,000 = $9,800. Suppose one has $80 accrued interest and the other $140. Before charges, their buyers pay $9,880 and $9,940 respectively. A lower rating on one issue signals a different credit assessment, not a certain default or loss.
Watch the distinction: Do not read a quote of 98 as $98 for the entire holding. It means $98 per $100 of face value, before accrued interest and charges.
Exam 1 - Pricing and Trading of Fixed-Income Securities
14. Present value of bond cash flows
A bond’s value is the present value of its expected cash payments discounted at the yield investors require for that bond. For each coupon and the principal repayment, divide the payment by one plus the required yield raised to the number of payment periods, then add the results. Use a yield and period length consistent with the coupon schedule. When required yield rises and promised payments stay fixed, their present values fall; when required yield falls, they rise. This inverse relationship explains why a fixed coupon bond trades below face value when its coupon is less attractive than the market’s required return, assuming comparable credit and timing. A calculated price depends on the assumed yield and promised cash flows. Actual trading prices can also reflect credit changes, liquidity and accrued interest.
Worked example: A one-year bond has $1,000 face value and pays a single $50 coupon with principal at year-end. If investors require 6% for the year, its price is ($1,000 + $50) ÷ 1.06 = $990.57 before accrued interest or charges. Paying $990.57 and receiving $1,050 one year later produces a 6% return if the issuer pays in full. Its 5% coupon rate alone understates that return.
Watch the distinction: Discounting only the $1,000 principal omits the coupon. Price every remaining promised payment, using matching periods and yields, before interpreting the result.
15. Yield curves and rate sensitivity
A yield curve plots yields against maturities for a defined set of comparable bonds. Its slope summarizes the market’s pricing of different terms, but differences may reflect expected future rates, inflation, liquidity and term risk. Read the issuer and bond type before comparing points on a curve. Duration provides a separate tool: modified duration estimates a bond’s percentage price change for a small change in its yield. The approximation is negative because price and yield move in opposite directions. Multiply modified duration by the yield change expressed as a decimal, then reverse the sign. Longer duration generally means more price sensitivity, but the estimate becomes less exact for large yield shifts or bonds with unusual cash flows. It also assumes the measured yield change applies to the bond being analysed.
Worked example: Two otherwise comparable bonds have modified durations of 3 and 7. Suppose each yield rises by 0.5 percentage point, or 0.005. The estimated price changes are −3 × 0.005 = −1.5% and −7 × 0.005 = −3.5%. On $10,000 initial market values, those are approximate losses of $150 and $350. Actual changes can differ because duration is a local approximation.
Watch the distinction: A 0.5 percentage point yield rise is 0.005 in the duration formula, not 0.5. Using the latter exaggerates the estimate one hundredfold.
16. Bond trade proceeds and benchmarks
Bond quotations often show a clean price, which excludes interest earned since the last coupon payment. The buyer typically pays that accrued interest to the seller at settlement because the buyer will receive the next full coupon. Add accrued interest to the quoted principal price to find the dirty price before charges. The buyer has not earned a return merely by receiving that full coupon later: part reimburses the accrued interest already paid. When evaluating a bond portfolio, choose a benchmark that resembles its maturity, credit quality and currency exposure. A total-return bond index accounts for both price movement and interest income under its methodology. Compare returns over the same period, net or gross of fees consistently, and examine risk differences before judging manager performance.
Worked example: A bond with $10,000 face value quotes 101 per $100 face value and has $120 accrued interest. Its clean principal price is 1.01 × $10,000 = $10,100. The buyer pays $10,100 + $120 = $10,220 before charges. If a suitable bond index later returns 4%, compare the bond’s return from price change plus interest over that same period, allowing for the $120 paid at purchase.
Watch the distinction: Comparing a bond’s price change alone with a total-return index omits coupon income and can make the investment look weaker than it was.
Exam 1 - Common and Preferred Share
17. Common shareholders' position
A common share represents an ownership interest rather than a promise of scheduled repayment. Shareholders generally have voting rights on matters specified by corporate law and the issuer’s share terms, but their dividends depend on corporate decisions and available resources. Reported earnings belong to the corporation; they can fund operations, reduce debt or support expansion instead of being distributed. In liquidation, common shareholders have a residual claim after creditors and higher-ranking equity claims are addressed. That position offers participation in growth but exposes the holder to substantial loss if the business weakens. Analyse a common share by linking expected future cash generation to financing needs and possible distributions. A high accounting profit is more useful when the company can convert it into sustainable cash and reinvest it at worthwhile returns.
Worked example: A firm earns $3 million this year and retains the full amount to expand a plant. Common shareholders receive no automatic cash dividend from that profit. If the expansion raises future earnings, they may benefit through a higher share value or later distributions. If it disappoints, their shares may fall, and their equity claim absorbs loss after the firm still meets its creditor obligations.
Watch the distinction: Dividing annual profit among shares does not create a payable dividend. Earnings per share measures attributed profit; a declared distribution determines dividend cash.
18. Preferred share features
Preferred shares are equity with terms that give them priority over common shares for specified dividends and often for assets on liquidation, while creditors still rank ahead. Their dividends may be fixed, floating or otherwise defined by the issue. A cumulative feature means unpaid preferred dividends build up under the share terms and generally must be addressed before common dividends resume. It does not turn the dividend into a bond coupon or eliminate issuer risk. Redemption provisions can let the issuer repurchase shares on stated terms, potentially limiting gains when market yields fall. Conversion features may allow exchange into common shares at a specified ratio, adding exposure to common-share upside. Read the actual terms before comparing two preferred issues, especially payment conditions, redemption dates, ranking and whether dividends are cumulative.
Worked example: A hypothetical cumulative preferred share specifies a $4 annual dividend and the issuer pays none for two years. Arrears are 2 × $4 = $8 per share. For 100 shares, that is $800 of accumulated preference under the assumed terms. It is not cash already received. Whether and when the holder is paid depends on the issuer’s resources, declarations, governing terms and its position behind creditors.
Watch the distinction: The word preferred does not mean risk-free or creditor status. Dividend priority applies relative to common shares, within the issue’s terms and the issuer’s financial capacity.
19. Corporate actions and ownership
A stock split changes the number of shares into which a company’s ownership is divided. In a two-for-one split, each old share becomes two shares, so an unchanged company value is spread over twice as many shares. The theoretical price per share therefore halves at the split, and each investor’s ownership percentage stays the same. Calculate both the share count and the adjusted price before interpreting a quotation; comparing a pre-split price directly with a post-split price creates a false apparent loss. Market demand can move the actual price around the theoretical adjustment. A split may affect trading convenience or investor perception, but it does not by itself add cash or assets to the company. Dividend amounts per share and per-share financial figures also need appropriate adjustment when making historical comparisons.
Worked example: An investor owns 50 shares priced at $80 each, worth 50 × $80 = $4,000. After a two-for-one split, the investor owns 100 shares. With no other change, the theoretical price is $80 ÷ 2 = $40, and the position is 100 × $40 = $4,000. The investor’s share of the company and total position value are unchanged before market movement.
Watch the distinction: Owning twice as many shares after a two-for-one split does not double wealth. Each share represents half as much of the company as before.
20. What an equity index measures
An equity index combines selected securities into a measure of market movement. A price index tracks changes in constituent prices under its calculation rules. A total-return index also reflects distributions, commonly treating dividends as reinvested according to its methodology. Choose the return version that matches what you are assessing: an investor’s return includes dividend income, while a price chart alone may omit it. Weighting determines influence. In a market-capitalization-weighted index, larger companies have greater effect; an equal-weighted index assigns similar starting influence to each constituent and requires periodic rebalancing. Index membership, currency and dividend treatment can all make two indexes behave differently even when both are labelled Canadian equities. Before calling a portfolio ahead or behind an index, check that exposure, period and return conventions are comparable.
Worked example: A share starts at $100, ends at $103 and pays a $2 dividend during the period. Price return is ($103 − $100) ÷ $100 = 3%. Assuming the dividend is received and ignoring reinvestment timing and costs, total return is ($103 − $100 + $2) ÷ $100 = 5%. A price-only index would omit that two-percentage-point dividend contribution for this share.
Watch the distinction: An index rise need not describe the typical constituent. Weighting can let a few large shares dominate, and a price index excludes dividends.
Exam 1 - Equity Transactions
21. Cash purchases and margin
In a cash purchase, the investor pays the full purchase price. In a margin account, a dealer lends part of it against the securities. Investor equity is the current market value of the position minus the loan balance, before interest and charges. The loan does not shrink when the shares fall, so a given price change has a larger percentage effect on the investor’s cash. A rise works the same way in the investor’s favour. Start any margin problem by separating the asset value, the debt and the investor’s equity; then measure the equity change against the original cash invested. If the collateral loses enough value, the dealer may require additional funds or sell securities under the account terms. The CSC curriculum covers cash and margin transactions.
Worked example: An investor buys C$10,000 of shares with C$6,000 cash and a C$4,000 margin loan. The shares fall to C$8,000, while the loan remains C$4,000. Equity is C$8,000 minus C$4,000, or C$4,000. The C$2,000 loss equals 20% of the shares’ initial value but 33.3% of the investor’s C$6,000 cash, before interest and charges.
Watch the distinction: A 20% share decline is not a 20% decline in the investor’s equity when the purchase is borrowed. Calculate the remaining asset value and subtract the unchanged loan first.
22. Short sales and covering risk
A short seller borrows shares, sells them and later buys shares to return to the lender. The short position benefits if the repurchase price is lower than the sale price. Its basic trading result is sale proceeds minus the cost of covering, multiplied by the number of shares. Sale proceeds are generally held as collateral rather than freely available for spending. The seller may also bear stock borrowing costs and payments reflecting distributions made while the position is open. A long share position can lose at most its purchase price if the share becomes worthless; a short share price can keep rising, so the potential loss has no fixed ceiling. When evaluating a short sale, identify the borrow, the sale, the obligation to return shares and the possible cash demands before calculating profit.
Worked example: A trader borrows and sells 100 shares at C$40, receiving C$4,000 in sale proceeds held against the position. The trader later buys 100 shares at C$46 for C$4,600 and returns them. The trading result is (C$40 minus C$46) × 100, a C$600 loss before borrowing costs, distributions and charges. A C$60 cover price would instead produce a C$2,000 loss.
Watch the distinction: Receiving sale proceeds does not make a short sale a completed gain. The seller still owes the borrowed shares, and the price paid to replace them determines the trading result.
23. Orders, execution and settlement
A market order seeks prompt execution against available opposite-side quotes, but its final price can change as quotes move or available size is exhausted. A limit order sets the worst acceptable price: a buy limit states the maximum payable, and a sell limit states the minimum receivable. It may remain unfilled or fill only partly. Compare the order size with displayed liquidity, especially in a thin market. A quoted offer indicates where an immediate purchase might begin; it is not a promise that every share in a large order will trade there. Once executed, the buyer must deliver funds and the seller must deliver securities through the trade’s clearing and settlement process. Use order instructions to express the client’s actual priority: price protection, speed or a deliberate balance between them.
Worked example: A buyer will pay at most C$25 per share for 200 shares. The best offer is C$25.20, so a C$25 buy limit does not execute immediately; its maximum principal cost, if fully filled, is C$5,000 before charges. A market order could buy near C$25.20, costing about C$5,040 for 200 shares if all are available there, but has no C$25 cap.
Watch the distinction: A limit order does not guarantee a trade at its stated price. It specifies an acceptable boundary; another participant must still offer enough shares at or below a buy limit.
Exam 1 - Derivatives
24. Option rights and payoffs
An option gives its buyer a right, while its seller accepts the corresponding obligation. A call gives the right to buy the underlying asset at the strike price; a put gives the right to sell it. At expiry, a call’s intrinsic value per share is the greater of zero and market price minus strike. For a put, reverse that subtraction. The buyer pays a premium upfront, so positive intrinsic value is not automatically a profit. Subtract the premium and any charges to find the buyer’s net result. The buyer can let an out-of-the-money option expire, losing the premium. The seller receives the premium but faces the contractual payoff. Contract size, expiry, exercise style and settlement terms must be read before applying a per-share figure to a whole position.
Worked example: A call has a C$50 strike and costs C$3 per share. At expiry, the share trades at C$56. Exercising gives C$6 intrinsic value per share, calculated as C$56 minus C$50. After the C$3 premium, the buyer earns C$3 per share. Assuming the contract covers 100 shares, profit is C$300 before charges. The expiry break-even share price is C$53.
Watch the distinction: A call that finishes above its strike can still lose money for its buyer. The share must exceed the strike by more than the premium and costs for a net profit.
25. Forwards and futures
Forwards and futures both establish a future transaction price, creating an obligation rather than an option. A forward is privately negotiated, so quantity, date and asset specifications can match a particular exposure, but performance depends on the counterparty and agreement. Futures use standardized contracts traded through an exchange framework, with margin and daily marking to market. A hedge works by arranging for a derivative gain to offset an adverse change in the underlying purchase or sale. First identify whether the firm will need to buy or sell the asset or currency; then choose a contract direction that gains when that underlying transaction becomes more expensive. Mismatches in amount, date or underlying reference create basis risk. A hedge also gives up some benefit if the market moves favourably.
Worked example: A Canadian importer must pay US$100,000 and agrees to buy it at C$1.30 per US$1. The contracted cost is C$130,000. At payment, spot is C$1.36, which would require C$136,000. The forward saves C$6,000 against that spot purchase, before fees and counterparty effects. Had spot fallen to C$1.25, the contract would instead cost C$5,000 more than spot.
Watch the distinction: A hedge does not guarantee that the locked price will be the cheapest outcome. It reduces uncertainty about the underlying exposure while surrendering a favourable move, subject to contract and basis risks.
26. Rights and warrants
A rights offering lets existing shareholders buy new shares under stated terms, often to help them maintain their ownership percentage. A right is usually short lived and may be transferable if its terms permit. A warrant also grants a right to buy shares at a specified price, but it commonly has a longer life and can be issued alongside another security. Read the exercise ratio carefully: it states how many rights or warrants are needed for each new share. Exercise requires both the instruments and the cash subscription price. If the instruments can be sold, their market value is an opportunity cost of exercise. Compare the total economic cost with the share’s market value, allowing for expiry, trading costs and changes in price. Unexercised rights can expire worthless.
Worked example: A shareholder receives one right for each of 40 existing shares. Four rights plus C$20 buy one new share. Forty rights permit 40 ÷ 4 = 10 new shares, requiring 10 × C$20 = C$200 cash. If the rights could be sold for C$1 each, using four also forgoes C$4; the effective cost is C$24 per new share before charges.
Watch the distinction: The exercise price alone may understate what exercising costs. Transferable rights have value that the holder gives up by using them, and their expiry can make delay costly.
Exam 1 - Corporations and their Financial Statements
27. Read the core financial statements
The balance sheet shows assets, liabilities and shareholders’ equity at a date; assets equal liabilities plus equity. The income statement measures revenue and expenses over a period, generally recording them when earned or incurred rather than only when cash moves. The cash flow statement explains cash generated or used by operations, investing and financing. Read the three together. Profit may include credit sales not yet collected, while cash paid for equipment may appear as an investing outflow rather than a full current-period expense. Rising receivables can signal delayed conversion of sales into cash, although ordinary business timing may explain some of the change. When earnings and operating cash diverge, inspect receivables, inventory, payables, noncash expenses and one-time items before judging business strength.
Worked example: A firm records C$100,000 of credit sales and C$70,000 of related expenses, producing C$30,000 accounting profit. Assume it collects C$60,000 of those sales, pays all C$70,000 expenses in cash, and has no other operating items. Receivables rise by C$40,000 and operating cash flow is negative C$10,000. The firm is profitable on paper but needs cash while customers pay.
Watch the distinction: Net income is not the cash in the bank. Accrual accounting can record revenue before collection, so check receivables and the cash flow statement before inferring liquidity.
28. Disclosure and investor protections
Public disclosure gives investors a shared basis for assessing a security. Governance allocates oversight between management, directors and shareholders, while voting and other investor rights give owners ways to respond to important decisions. Restrictions on trading with material nonpublic information address an unfair information advantage and protect confidence in prices. For a sensitive fact, ask whether a reasonable investor would consider it important, whether it has been publicly disclosed, and whether the person knows it through a privileged role. Do not trade or pass the information along while its status is unresolved; escalate it through the firm’s compliance and issuer disclosure channels. A public earnings release is different because the market can access it, although ordinary fraud and market conduct rules still apply to subsequent trading.
Worked example: An officer learns privately that a major contract has failed, while the issuer’s last public update still describes it as on track. The officer should not sell shares or tell a friend to sell. The fact could materially change investors’ assessment and is not public. The officer should notify the issuer’s designated disclosure personnel and follow firm escalation procedures before considering any trade.
Watch the distinction: Being confident that a contract failure is temporary does not make private information safe to trade on. Materiality concerns its potential importance to investors, not the officer’s preferred interpretation.
Exam 1 - Financing and Listing Securities
29. Raise capital with new securities
An issuer raises capital when it sells new securities. Debt brings cash without immediately sharing ownership, but adds promised interest and repayment obligations. Equity generally avoids a fixed repayment date, while spreading future profits and voting influence over more shares. Compare expected cash generation with debt service, existing leverage, asset security, owners’ willingness to dilute and the price investors demand. Bringing securities to investors may involve a prospectus that supplies required disclosure, or a distribution under an available exemption with different conditions. An exemption is a defined route, not permission to omit all investor protections. Distribution costs and timing also affect the usable proceeds. Analyse the issuer’s need and capacity first, then choose the instrument and lawful distribution route that fit the transaction.
Worked example: A company needs C$5 million for expansion. A bond issue would provide the cash but require interest and eventual principal repayment even if the project is delayed. New shares would avoid those fixed payments but dilute existing owners. If cash flow is volatile and leverage is already high, equity may better absorb uncertainty; if cash flow is stable and owners prize control, debt may be more workable.
Watch the distinction: Debt is not automatically cheaper because it avoids dilution. Required interest, refinancing risk and the possibility of distress can outweigh the benefit of retaining ownership.
30. Listing and the after-market
A listing admits a security to trading on an exchange, subject to that exchange’s continuing requirements. Public trading can improve access to buyers and sellers, but liquidity depends on actual interest, order size and market conditions. A new issue sends investors’ purchase money to the issuer, net of issue costs. Later trades generally transfer existing shares and cash between investors; a rising after-market price does not itself put new money in the issuer’s account. Continued disclosure and governance obligations help investors value listed securities. If an issuer no longer meets applicable requirements, trading privileges may be suspended or withdrawn, which can make an exit harder and may affect price. Separate the issuer’s financing transaction from the investor’s subsequent market return whenever you analyse a listing.
Worked example: An issuer sells a new share for C$10, receiving issue proceeds before issuance costs. Later, an investor sells that share on the exchange at C$11.50. The seller’s price gain is C$1.50 per share, or 15% of C$10, before trading costs and tax. The C$11.50 goes from the new buyer to the selling investor; it supplies no new capital to the issuer.
Watch the distinction: A higher exchange price does not mean the issuer earned that price increase in cash. It may improve future financing options, but the secondary trade itself pays the selling investor.
Exam 2 - Investment Analysis
31. Build a top-down investment view
Top-down analysis begins with broad conditions such as growth, inflation, interest rates and exchange rates, then asks which industries benefit or struggle, and finally tests individual companies. It is a sequence for forming and challenging a thesis, not a rule that every firm follows its industry. A company can temporarily grow while demand in its market weakens because of an old order backlog, market-share gains, price increases or acquisitions. Examine whether revenue growth comes from volume or pricing, whether new orders replace completed work, and whether margins can survive changed conditions. Debt maturity and variable-rate borrowing can alter the effect of rising rates. The Exam 2 study guide is a useful companion when connecting market analysis to company and portfolio decisions.
Worked example: Interest rates rise and housing starts fall, yet a building supplier reports growing sales. The sales may reflect orders booked months earlier rather than current demand. Check new orders and backlog, separate unit growth from price increases, and inspect debt costs and receivables. If new orders are shrinking while old contracts drive revenue, the strong reported quarter may not support the same forecast for next year.
Watch the distinction: A strong latest quarter does not erase a weakening industry outlook. Decide whether the result reflects durable demand, delayed recognition of earlier orders or a one-time source of growth.
32. Assess industry structure
Industry revenue growth does not automatically become investor profit. Many interchangeable sellers may compete by cutting prices, passing gains to customers. Entry barriers, such as scale, specialized know-how or costly switching, can let established firms retain more of each sales dollar, though these advantages can erode. Supplier power matters because scarce inputs can absorb the industry’s gains through higher costs. Demand cyclicality affects how long growth and margins may last. Build an industry view by asking who can enter, how customers choose, who controls inputs, and what happens when demand slows. Then connect those answers to gross margins, returns on capital, reinvestment needs and valuation assumptions. A high-growth industry with weak economics can deserve a lower multiple than slower growth with durable cash generation.
Worked example: Suppose two industries each grow sales by 8% this year. Industry A has many sellers offering near-identical products, so price cuts may leave little margin improvement. Industry B has high customer switching costs and fewer effective rivals, so more growth may become profit. An analyst would test those claims against actual margins, customer retention, supplier costs and the capital needed to sustain growth.
Watch the distinction: Do not assign the same valuation growth premium to industries with the same sales growth. Competition and reinvestment determine how much of that growth reaches shareholders.
33. Test liquidity and leverage
Liquidity ratios address near-term obligations; leverage ratios address how much financing comes from creditors. The current ratio is current assets divided by current liabilities. It signals apparent coverage, but cash, readily collectible receivables and slow-moving inventory are not equally useful for paying bills. Debt-to-equity divides interest-bearing debt by shareholders’ equity under a stated definition of debt. A high ratio can magnify returns to owners when operations succeed and magnify losses when they do not. Read the ratios with the firm’s cash conversion cycle, seasonal needs, debt maturities, interest burden and available financing. A current ratio above one does not prove that cash will arrive before liabilities fall due. Likewise, two firms with the same leverage may face different risk if their earnings stability differs.
Worked example: A firm has C$300,000 current assets and C$200,000 current liabilities, so its current ratio is C$300,000 ÷ C$200,000 = 1.5 times. With C$600,000 interest-bearing debt and C$400,000 equity, debt-to-equity is also 1.5 times. The first figure suggests asset coverage of near-term liabilities; the second shows substantial creditor financing. Collection speed and debt payments still need separate review.
Watch the distinction: Equal numerical ratios do not describe the same risk. A 1.5 current ratio concerns short-term assets and liabilities; 1.5 debt-to-equity concerns the capital structure.
34. Check earnings quality
Reported profit is more convincing when ordinary operations produce cash in a pattern consistent with sales and margins. Compare net income with operating cash flow over several periods, then inspect working-capital movements. Rapid receivables growth may mean revenue is being booked before customers pay; rising inventory may point to unsold goods or planned expansion. Payables can temporarily lift cash by delaying payments. Noncash charges and legitimate business timing can also explain differences, so a single cash-flow shortfall is a cue for investigation rather than proof of manipulation. Separate recurring operating results from gains on asset sales, accounting changes and other one-time items. Ask whether the reported earnings can be repeated and whether the firm can finance growth without continually raising outside capital.
Worked example: Net income rises from C$80 million to C$100 million, a 25% increase, while operating cash flow falls from C$90 million to C$55 million, about a 39% decline. Cash flow divided by income drops from 1.125 to 0.55. With receivables surging, inspect collection periods, revenue recognition, customer concentration and one-time gains before treating the higher profit as stronger underlying performance.
Watch the distinction: Falling operating cash flow does not by itself prove earnings are false. Identify which working-capital or noncash items explain the gap and whether those explanations fit the business.
35. Value shares with assumptions
A valuation estimate converts assumptions about future business results into a present share price. With a price-to-earnings approach, multiply an estimate of earnings per share by a justified P/E multiple. The multiple should reflect expected growth, business risk, earnings quality and the return investors require; it is not a constant attached permanently to a company. A dividend model instead discounts expected future dividends and any sale value, making growth and the required return explicit. In either method, compare estimated value with market price and test what assumptions would close the gap. Use consistent earnings definitions, such as forecast versus trailing earnings, and check whether unusual items distort the denominator. A price below an estimate is an opportunity only if the estimate’s assumptions remain defensible.
Worked example: Assume forecast earnings are C$4 per share and analysis supports a P/E of 12. Estimated value is C$4 × 12 = C$48. At a C$55 market price, the gap is C$7 per share. That price implies a P/E of 13.75 on C$4 earnings, or earnings of about C$4.58 at a 12 multiple. The analyst must justify stronger earnings or valuation assumptions.
Watch the distinction: A stock is not automatically cheap because its P/E is lower than a peer’s. Slower growth, weaker earnings quality or greater risk may justify the difference.
36. Use technical evidence carefully
Technical analysis studies price, volume and trading patterns to describe how market participants are behaving. A move above a prior high can suggest buyers are willing to pay more than at the previous resistance level; heavier volume may show broader participation. A support level marks an area where buying previously slowed a decline, not a guaranteed floor. Trends can reverse, and the interpretation depends on the time window and liquidity of the security. Fundamental analysis asks a different question: what cash flows, assets and risks might justify the share’s value? When technical and fundamental evidence conflict, state both observations and examine whether the price move anticipates information not yet reflected in reported results or merely reflects temporary demand. Neither method alone supplies a certain forecast.
Worked example: A share moves from a prior C$30 high to C$31 on unusually heavy volume, roughly 3.3% above that high. Traders may read the move as a bullish breakout. Yet the issuer reports falling profit, so an investor should test whether future orders or margins could improve. Without such evidence, stronger demand for the share does not establish stronger company value or assure further gains.
Watch the distinction: Breaking resistance is an observation about trading, not proof that the company is worth more. Volume confirms activity, but it does not reveal whether buyers’ forecasts are correct.
Exam 2 - Portfolio Analysis
37. Expected return and risk
Expected return is a probability-weighted average of possible returns. Multiply each outcome by its probability and add the results; the probabilities should sum to one. The result is a planning estimate across repeated comparable situations, not a promise or necessarily one of the actual outcomes. Risk concerns the spread and character of those outcomes. A portfolio with the same expected return can be less suitable if it exposes a client to a severe loss when cash is needed. Scenario analysis makes the assumptions visible: identify what economic conditions produce each return, whether the probabilities are credible, and whether losses in one asset coincide with losses elsewhere. An average alone cannot describe volatility, downside risk or the investor’s ability to stay invested.
Worked example: A portfolio earns 12% with probability 0.40 and loses 4% with probability 0.60. Expected return is 0.40 × 12% + 0.60 × (−4%) = 4.8% − 2.4% = 2.4%. The calculation does not predict a 2.4% realized return. In this two-outcome model, the investor still faces either a 12% gain or a 4% loss.
Watch the distinction: Expected return is not the most likely single result. It is the weighted average of specified scenarios, and changing their probabilities changes the estimate.
38. Diversification and correlation
Diversification depends on how assets move together, not merely on how many securities a portfolio holds. Correlation describes the tendency of returns to rise and fall together. When returns are imperfectly aligned, gains in one holding may offset losses in another, reducing portfolio volatility. An equal-weight portfolio’s return in a scenario is the average of its two asset returns. This does not eliminate broad market risk: both assets may fall during a common shock, and correlations can change in stressed markets. Consider underlying businesses, geographic and sector exposure, and sensitivity to rates or the economy. Two funds with different names can still own similar securities. The CSC practice questions can help you check whether you can calculate a portfolio result and interpret its limits.
Worked example: Two assets each have a 50% portfolio weight. In one hypothetical scenario, A loses 10% and B gains 6%; the portfolio return is 0.5 × (−10%) + 0.5 × 6% = −2%. In a second scenario, A gains 6% and B loses 10%, again producing −2%. The offset limits each modeled loss, but neither scenario shows what happens if both assets decline together.
Watch the distinction: Holding two assets does not guarantee diversification. If they respond similarly to the same shock, their losses may arrive together and offer little offset.
39. Market risk and beta
Beta estimates how sensitively a security’s returns have moved with a chosen broad market benchmark. A beta of one suggests market-like movement on average; above one suggests greater market sensitivity, while below one suggests less. It is an estimate from observed relationships, so the period, benchmark and changing business mix matter. Beta captures a component of systematic market risk. Product failures, management decisions and other issuer-specific events can move an individual share independently of the market. A simple beta-based projection multiplies an assumed market move by beta, but omits those company effects and any mismatch between historical and future relationships. Use beta when comparing market exposure, then examine concentration and business risks separately. It cannot supply a reliable single-share price target.
Worked example: Suppose a share has an estimated beta of 1.4 and the market rises 5%. A simple sensitivity estimate is 1.4 × 5% = 7% before company-specific effects. If an unexpected product recall cuts the share by 12% instead, the actual result does not invalidate the arithmetic. It shows that beta describes average market sensitivity, not every force affecting one period’s return.
Watch the distinction: A beta of 1.4 does not mean the share must gain 14% whenever the market gains 10%. It is an estimated relationship, with issuer-specific and estimation risk.
40. Build an investment policy
An investment policy statement turns a client’s circumstances into decision rules. Begin with the purpose and amount of each goal, its time horizon, required withdrawals and constraints. Distinguish willingness to accept losses from financial capacity to absorb them; a client may feel comfortable with volatility yet still need certain cash soon. Set a suitable asset mix for each horizon, then specify permitted investments, concentration limits, liquidity needs and how performance will be reviewed. Security selection should follow those rules rather than drive them. Record assumptions, such as expected contributions and inflation, because changes may require a revised policy. The sequence is objectives and constraints, policy, asset mix, securities, monitoring, evaluation and rebalancing. A written policy helps keep short-term market excitement from displacing a known funding obligation.
Worked example: A client has C$200,000 and needs C$40,000 for a payment in one year. Reserve C$40,000, or 20% of the portfolio, in suitable liquid assets with risk matched to that near-term need. The remaining C$160,000 can be assessed for longer-term growth using the client’s loss capacity, preferences and other constraints. A rising share market does not make the one-year payment less certain.
Watch the distinction: One portfolio-wide growth target should not override a fixed near-term withdrawal. Separate the known cash need before deciding how much capital can bear longer-term investment risk.
41. Monitor, evaluate and rebalance
Measure portfolio return over a defined period using the change in value plus income and withdrawals, adjusted for contributions. Then choose a benchmark that resembles the portfolio’s asset mix, currency and risk. A Canadian bond index alone cannot fairly judge a balanced portfolio. Compare returns over the same dates and on a consistent basis after fees or before fees. Differences may reflect asset allocation, security selection, costs or cash held for client needs; a favourable return does not prove good decisions if the portfolio took excessive risk. Monitoring also revisits the client’s objectives and constraints. When market moves push weights away from their targets, calculate each target dollar amount from current portfolio value. Rebalance by trading the difference, while considering transaction costs, tax consequences and whether the original target still fits. The CSC curriculum places monitoring, evaluation and rebalancing within the portfolio management process.
Worked example: A portfolio worth $100,000 holds $68,000 in equities and $32,000 elsewhere. At a 60% equity target, equities should be $60,000. Sell $8,000 of equities and place the proceeds in the other assets, assuming the total value stays unchanged. The new weights are $60,000 ÷ $100,000 = 60% and $40,000 ÷ $100,000 = 40%. Check costs and client constraints before trading.
Watch the distinction: Beating an equity index does not establish success for every portfolio. Match the benchmark to the mandate and account for risk, cash flows and fees before interpreting the difference.
Exam 2 - Mutual Funds
42. Mutual fund units and NAV
A mutual fund pools investors’ money and issues units representing proportional interests in its net assets. Net asset value per unit, or NAV, equals the market value of assets minus liabilities, divided by units outstanding. Assets include securities and cash; liabilities include accrued expenses and amounts owed. The fund calculates NAV at its valuation point, so a purchase or redemption order is generally priced using the applicable calculated NAV rather than a continuously negotiated exchange quote. An investor’s cash paid or received can differ from units multiplied by NAV when applicable sales, redemption or account charges arise. A rising NAV may reflect investment gains, while a distribution can lower NAV mechanically because assets leave the fund. For a meaningful return, include distributions and their reinvestment, not just the change in unit price. Always use values and unit counts from the same valuation time.
Worked example: Suppose a fund holds $52 million in assets, owes $2 million and has 5 million units outstanding. Net assets are $50 million, so NAV is $50 million ÷ 5 million = $10 per unit. At that NAV, $1,000 would buy 100 units before any applicable charge. If the fund later pays a distribution, judge the investor’s return using both the new NAV and that payment.
Watch the distinction: A $10 NAV does not mean the fund is cheaper than one with a $50 NAV. Unit counts differ; compare holdings, costs and total returns instead.
43. Choose among fund strategies
Start with the use and timing of the money, then match the fund’s underlying assets to that need. Money market funds hold short-term instruments and generally aim for liquidity and modest price movement, but their value is not guaranteed. Bond funds supply interest exposure and can lose value when yields rise or credit conditions worsen. Balanced funds mix stocks and bonds, while equity funds seek longer-term growth with greater short-term variation. Alternative mutual funds may use strategies such as shorting or leverage, adding risks that a conventional asset label may obscure. Management style is a separate choice: an index fund aims to track a defined benchmark, whereas an active manager selects positions in pursuit of a different result. Neither style removes market risk. Compare strategy, concentration, liquidity, fees and the investor’s time horizon before letting recent performance influence a recommendation.
Worked example: A client needs $20,000 for tuition in eight months and suggests a small-cap equity fund because it recently rose 15%. That return cannot protect the coming payment. Reserve the $20,000 in a suitable liquid, lower-volatility holding, perhaps a money market category after reviewing its holdings and terms. Consider small-cap exposure only for money with a longer horizon and capacity for losses.
Watch the distinction: Recent returns do not make an equity fund suitable for a near-term bill. The relevant question is whether a loss or delayed redemption could disrupt the payment.
44. Fund costs and comparable returns
Fund costs arrive through different channels. Ongoing management and operating expenses reduce the fund’s NAV over time; portfolio trading costs also affect returns but are not the same as the stated management expense measure. An investor may additionally face a sales charge, brokerage commission or account fee. To compare funds, align the return period, currency, distribution treatment and whether figures are before or after expenses. Then inspect their holdings and risk: a low-cost broad index fund and a concentrated active fund are not interchangeable merely because one posted a higher return. Fees create a predictable drag, while any extra return sought from active decisions is uncertain. A longer holding period magnifies recurring cost differences. When comparing an ETF with a mutual fund, include the ETF’s spread and brokerage costs, particularly for frequent small trades. The Exam 1 study guide covers the securities whose risks flow into fund returns.
Worked example: Two hypothetical funds each earn 7% over one year before annual costs. With assumed costs of 1.8% and 0.4% of starting assets, simplified net returns are 5.2% and 6.6%, a 1.4 percentage point gap. On $10,000, that is $520 versus $660 of gain. This comparison isolates costs; it does not establish which fund fits if their holdings and risks differ.
Watch the distinction: A lower published fee does not settle the choice by itself. Transaction charges, portfolio risk and the investor’s holding period can change the all-in comparison.
45. Fund suitability and redemption
A fund recommendation starts with the client’s purpose, financial position, risk capacity, willingness to bear losses and expected withdrawals. Product analysis then asks what the fund owns, how concentrated or volatile it is, how it values holdings, and how and when units can be redeemed. Read the relevant disclosure for ongoing expenses, purchase and redemption costs, distribution policy and material risks. A fund can be sound in isolation yet unsuitable for an investor who must sell units during a downturn. A systematic withdrawal plan provides a schedule, not a guaranteed income stream: if withdrawals exceed sustainable returns, the unit balance declines. Calculate the amount and timing of cash needs, keep an appropriate liquid reserve, and test whether the remaining portfolio can tolerate a plausible loss. Document how the proposed fund meets the client’s objectives and explain the trade-offs in terms the client can use.
Worked example: A retiree plans to draw $1,000 monthly from a fund holding volatile shares. If its units fall from $10 to $8, raising $1,000 requires selling 125 units instead of 100, before any charges. Repeated sales after losses can erode the remaining balance. Check the fund’s redemption terms and costs, then compare a cash reserve or less volatile allocation for near-term withdrawals.
Watch the distinction: Monthly withdrawals are not the same as monthly investment income. A plan may sell capital, and selling more units after a price fall can make recovery harder.
Exam 2 - Exchange-Traded Funds
46. ETF units and market price
An ETF holds a portfolio while its units trade on an exchange during market hours. Its NAV estimates underlying assets less liabilities per unit, but investors normally buy at an offer and sell at a bid. Authorized participants can exchange specified baskets of securities or cash for large blocks of ETF units. When the market price rises sufficiently above underlying value, creating units and selling them may be attractive; a discount can encourage the reverse process. That arbitrage tends to restrain large gaps, but execution costs, thin underlying markets, timing differences and market stress can leave a premium or discount. Compare a quoted ETF price with a timely NAV estimate and inspect the bid–ask spread. An ETF’s market price also exposes the investor to intraday movement between deciding to trade and execution, unlike a mutual fund priced at its valuation point.
Worked example: An ETF has NAV of $25.00 per unit and an offer of $25.15. Buying 100 units costs $2,515 before brokerage, while 100 units at NAV represent $2,500. The $15 difference is a 0.6% premium to NAV: $0.15 ÷ $25.00. Creation activity may narrow it, but the buyer pays the quoted offer and the gap need not disappear immediately.
Watch the distinction: Creation and redemption do not guarantee that an ETF always trades at NAV. A live bid or offer, underlying-market liquidity and timing all matter to the investor’s price.
47. The full cost of an ETF trade
Evaluate an ETF’s total ownership cost over the planned holding period. The management expense reduces fund value continuously and becomes more important as time passes. The bid–ask spread is an immediate round-trip cost if the underlying value does not change: buying at the offer and selling at the bid produces a loss even before commissions. Brokerage charges add cash costs per trade; a premium to NAV at entry or discount at exit can add another cost. A frequently traded ETF may therefore be expensive despite a low annual expense ratio. Estimate expected dollar costs using order size and holding time, then compare funds with similar exposures. Use a limit order when price control matters, recognizing that it may not fill. Check the depth and freshness of quotes, especially when the securities held by the ETF are not trading actively.
Worked example: An investor buys 200 ETF units at a $20.05 offer and immediately could sell at a $19.95 bid. The purchase costs $4,010; sale proceeds would be $3,990. With underlying value unchanged, the $20 difference equals ($20.05 − $19.95) × 200. Brokerage and ongoing expenses would add to that cost. For a short holding period, the spread can dominate a small annual fee difference.
Watch the distinction: The expense ratio is only one cost. Ignoring the spread makes short-term ETF trades look cheaper than the actual buy and sell quotes allow.
48. ETF exposures and hidden risks
The ETF wrapper tells you how units trade, not what risks you own. A broad equity fund can diversify company-specific risk while retaining market and currency exposure. A sector fund concentrates results in one industry; a bond ETF adds interest-rate and credit sensitivity. Leveraged and inverse funds seek a stated multiple or opposite of an index over a specified reset period, so compounding can make longer-term outcomes depart from a simple multiple of the index’s cumulative return. Inspect the index, top holdings, weighting method, leverage, derivatives and underlying liquidity. ETF liquidity is linked to both exchange quotes and the ability to trade its holdings. Distributions and sales can also have account-dependent tax effects. First add the proposed fund’s exposures to the investor’s existing positions, then ask whether it reduces or compounds a concentration.
Worked example: A portfolio has $30,000 of Canadian bank shares in a $100,000 account. Adding $10,000 of a bank-sector ETF raises bank-related exposure from 30% to roughly 40%, assuming that ETF is entirely invested in bank shares and the account total becomes $110,000 only if new cash is contributed. If instead $10,000 of existing cash is invested, exposure becomes $40,000 ÷ $100,000 = 40%. State which funding assumption applies.
Watch the distinction: Owning many ETF units does not necessarily diversify a portfolio. Look through to the underlying holdings and combine overlapping exposures with positions already owned.
Exam 2 - Alternative Investments, Other Managed, and Structured Products
49. Alternative investment structures
Alternative investments are defined more by their strategies and exposures than by one legal wrapper. A conventional mutual fund typically emphasizes established long-only holdings, while an alternative mutual fund may use permitted short positions, derivatives or borrowing to pursue a different return pattern. A hedge fund arrangement can allow broader strategy choices and may have narrower investor access, different disclosure, performance fees and less frequent redemptions. Terms vary by product, so structure does not guarantee a particular level of risk or return. Compare the strategy’s liquidity with the investor’s need for cash: a fund that can redeem frequently may still hold assets that become difficult to sell in stressed markets. Examine notice periods, gates or suspension terms, valuation methods and the parties responsible for custody and oversight. Fees should be assessed against the after-cost result and the risk taken to produce it.
Worked example: A client expects to use $50,000 next month. A hypothetical alternative mutual fund accepts daily redemption requests, while a proposed hedge fund permits quarterly withdrawals with advance notice. Even if both pursue the same strategy, the quarterly fund may leave the payment unavailable when needed. The daily fund is more accessible under normal terms, but its holdings and possible redemption restrictions still require review.
Watch the distinction: Calling a product an alternative mutual fund does not make its investments easy to sell. Investor redemption frequency and underlying asset liquidity are separate questions.
50. Long–short and other strategies
A long–short manager buys securities expected to outperform and shorts securities expected to underperform. The short position gains when its price falls but can lose sharply if the price rises; borrowing costs and required payments on borrowed securities reduce results. Net exposure equals long market value minus short market value and gives a rough sense of directional market exposure. Gross exposure equals the sum of their absolute market values and better reveals the size of positions at risk. A market-neutral strategy aims to offset selected market factors, but imperfect hedges leave basis, industry and security-selection risk. Event-driven strategies take positions around transactions such as mergers; a failed deal can reverse the expected payoff. Leverage magnifies both favourable and adverse moves. Examine how positions could move together under stress, not just their normal-period correlation or the fund’s stated net exposure.
Worked example: A manager with $100 of capital buys $120 of one stock and shorts $80 of another. Net exposure is $120 − $80 = $40, or 40% of capital. Gross exposure is $120 + $80 = $200, or 200%. If the long falls 10% and the shorted stock rises 10%, losses are $12 and $8, totalling $20 before costs, despite modest net exposure.
Watch the distinction: Low net exposure does not mean low risk. The long and short positions can both move against the manager, and gross exposure can exceed invested capital.
51. Alternative fund due diligence
Alternative fund diligence tests whether the stated strategy explains the returns and whether the fund can implement it safely. Compare position and factor exposures with the mandate, then ask how much borrowing and shorting could magnify a loss. Examine liquidity on both sides: how quickly investments can be sold and how quickly investors may demand cash. Hard-to-value holdings can produce smooth reported returns because appraisals update slowly, not because economic risk vanished. Independent valuation, custody, trade reconciliation and clear authority over cash help detect operational weaknesses. Assess performance after all fees and against an appropriate risk measure and relevant comparator; a high average return is less persuasive when it comes with deep drawdowns or hidden leverage. Finally, test fit with the client’s horizon and loss capacity. A due diligence conclusion should identify the conditions under which the strategy could fail.
Worked example: A fund reports 8% returns each year for three years, holds privately negotiated loans and offers quarterly withdrawals. The constant reported return may reflect infrequent valuations, so it does not establish low volatility. Ask who prices the loans, how stale marks are challenged, what cash is available for redemptions, and whether forced sales would harm remaining investors. Compare the after-fee result with its credit and liquidity risks.
Watch the distinction: A smooth return chart is not proof of a stable asset value. Infrequent pricing can hide changes until a sale, revaluation or redemption pressure exposes them.
52. Other managed products
Managed products can deliver similar-looking distributions through very different legal structures. A segregated fund is an insurance contract with investment exposure and contractual guarantees whose value depends on the exact terms and insurer. A closed-end fund issues a limited pool of shares that usually trade between investors; its market price can remain above or below NAV because demand, fees and expectations influence the quote. An income-oriented vehicle may distribute operating cash, realized gains or a return of investors’ own capital, so distribution yield alone does not measure economic return. For each product, identify what the investor owns, who owes any promised payment, how units are priced or sold, and what happens when cash is needed. Compare total return after fees, not just the cash distribution. Tax treatment depends on the vehicle, account and character of each payment.
Worked example: A closed-end fund reports NAV of $10 per share and trades at $9. Its discount is ($10 − $9) ÷ $10 = 10%. Buying 100 shares costs $900 before charges, but NAV attributable to them is $1,000. The investor cannot demand that another buyer pay $10; the discount may persist or widen even if portfolio assets hold their value.
Watch the distinction: A discount to NAV is not an automatic profit. Closed-end shares trade at market prices, and neither the fund nor other investors must close the gap.
53. Structured product payoffs
Analyze a structured product by translating its terms into cash flows under several outcomes. Identify the underlying index or asset, observation dates, participation rate, cap, minimum payment and whether any protection applies only at maturity. Then separate the reference asset’s performance from the issuer’s promise: even a payoff formula described as principal-protected depends on the issuer meeting its obligations and on holding the product under its stated conditions. A participation rate below 100% gives less than the full positive index move; a cap can further limit upside. Dividends in an equity index may be excluded from the payoff unless the contract includes them. Early sale value can fall below the maturity amount because rates, volatility, issuer credit and dealer pricing change. Compare the payoff with a direct investment after fees, tax treatment and liquidity constraints.
Worked example: A hypothetical $1,000 note promises $1,000 at maturity plus 60% of a positive index gain, with no cap or dividends. If the index rises 20%, its gain reference is $1,000 × 20% = $200. The added payment is 60% × $200 = $120, so maturity proceeds are $1,120, subject to the issuer paying. A flat or falling index produces $1,000 under these assumed terms.
Watch the distinction: Principal protection does not mean the note cannot lose value before maturity or that payment is risk-free. Read the timing, issuer obligation and early-sale terms.
Exam 2 - Canadian Taxation
54. Tax character of investment returns
Canadian investment returns take different tax characters. Interest is generally included as income when applicable rules require it. Eligible dividends from Canadian corporations use a gross-up and dividend tax credit mechanism in a taxable account, so their after-tax result cannot be inferred from the cash dividend alone. A capital gain arises when a capital property is disposed of for net proceeds exceeding its adjusted cost base; losses need separate treatment. Determine the proceeds after selling costs, establish the adjusted cost base including relevant acquisition costs and adjustments, then subtract. Only after finding the gain should you apply the rules for the tax year and account. A registered account can change the timing or treatment of returns. Keep return comparisons on the same after-tax basis and avoid treating a tax advantage as a reason to buy an unsuitable investment. The CRA’s capital gains guidance distinguishes gains from their taxable amount.
Worked example: An investor bought shares for $8,000, assumed to be their adjusted cost base, and sells them for $10,500 with $100 of selling costs. Net proceeds are $10,500 − $100 = $10,400. The capital gain is $10,400 − $8,000 = $2,400. That is the gain before determining any taxable portion, losses or account-specific treatment under the applicable year’s rules.
Watch the distinction: The cash received on a sale is not the capital gain. Subtract selling costs and adjusted cost base before considering the tax treatment of the resulting amount.
55. Registered plans and tax timing
An RRSP and a TFSA move taxation to different points in an investor’s life. An eligible RRSP contribution may reduce taxable income, investment growth is generally sheltered while inside the plan, and withdrawals are generally included in taxable income. A TFSA contribution uses after-tax money and creates no deduction; qualifying investment growth and withdrawals are generally tax-free. Compare the investor’s tax position at contribution and withdrawal, the need for access, and any effects on income-tested benefits. Do not infer personal contribution room from an annual published dollar limit: room can depend on prior use, withdrawals and individual circumstances. Check available room before recommending a deposit. The CRA’s registered plan limit tables show annual limits, while an individual’s usable room requires their own records. The investment held inside either account still carries market risk.
Worked example: Assume an investor has $1,000 of already-taxed cash and sufficient room in either plan. A $1,000 TFSA contribution yields no deduction, and a qualifying $1,100 withdrawal after a $100 gain is tax-free. A $1,000 RRSP contribution may provide a deduction; if it also grows to $1,100, a later $1,100 withdrawal is generally taxable. The preferable timing depends on the investor’s tax circumstances.
Watch the distinction: A published annual limit is not proof of a person’s available room. Previous contributions, unused room and withdrawal history must be considered before depositing money.
Exam 2 - Fee-Based Accounts and Working with the Retail Client
56. Fee-based account economics
An asset-based fee charges a percentage of account value over time, so the dollar fee rises with assets even if trading is light. Transaction pricing charges when trades occur, making the total depend on frequency and size. Compare both models using the client’s likely activity and the services included, such as planning, reporting and portfolio monitoring. An asset-based fee can discourage unnecessary trades, yet it can create an incentive to keep assets in the billed account or avoid advice involving assets outside it. A managed account gives a properly authorized manager discretion to trade within an agreed mandate; a non-managed account generally requires client instructions or approval for decisions. The fee label alone does not grant discretion. Identify who makes each investment decision, what services the fee covers, and whether separate product expenses or taxes add to the stated account charge.
Worked example: A hypothetical account charges 1% yearly on $200,000, producing a $2,000 annual fee if the value stays constant. A transaction-based alternative is expected to cost $600 for the same year, a $1,400 difference before product expenses. If the first account includes ongoing discretionary management and planning that the second lacks, compare those services and the client’s needs before judging the price gap.
Watch the distinction: A fee-based account is not automatically a discretionary managed account. Trading authority comes from the account agreement and applicable authorization, not from how fees are calculated.
57. Retail planning and client priorities
Retail planning begins with facts: income, assets, debts, dependants, tax position and existing coverage. Convert broad wishes into dated goals and cash amounts, then separate money needed soon from money that can stay invested through a market decline. Assess both willingness to take risk and financial capacity to bear a loss; enthusiasm for growth cannot expand the amount a client can afford to lose. Recommend an asset mix and products that serve each goal, explain trade-offs and document the basis. Review when circumstances change, because a suitable plan can become unsuitable as a goal approaches. Estate details belong in the fact pattern too: beneficiary designations, ownership and intended recipients can affect whether assets reach the right people. An adviser can identify a stale designation and prompt appropriate legal or tax review without asserting that an investment recommendation alone fixes the estate plan.
Worked example: A client has $120,000, wants long-term growth and needs $30,000 for tuition in two years. Allocate the known $30,000 need to suitable liquid holdings, then assess the remaining $90,000 against longer-term goals and risk capacity. The client’s beneficiary designation names a former partner. Flag that document for review with the appropriate professional before assuming the investment account will pass as intended.
Watch the distinction: A client’s stated wish for growth does not make every dollar long-term capital. Date-specific obligations need their own liquidity and loss-capacity assessment.
Exam 2 - Working with the Institutional Client
58. Buy side and sell side
The buy side invests money for institutions such as pension plans and funds. A portfolio manager decides which exposures fit the mandate and how large positions should be; a trader implements orders while managing price, timing and information leakage. Research teams supply analysis that informs decisions but do not necessarily control the portfolio. On the sell side, dealers provide market access, quotes, research and sometimes inventory to facilitate trades. A dealer quoting a bid and offer may earn a spread for providing immediacy while taking inventory and price risk, though the spread is not assured profit. Agency execution and principal trading create different economics and potential conflicts, so identify the dealer’s role in the transaction. For any institutional order, ask who owns the investment decision, who can change its size, who executes it and how each party is paid.
Worked example: A pension manager wants to add 50,000 shares after reviewing the issuer and the plan’s limits. Its trader decides how to seek execution and asks a dealer for a quote. The dealer offers shares at $40.10 and bids $39.95, a $0.15 quoted spread. The manager owns the investment choice, the trader implements it, and the dealer’s spread compensates for service and risk, subject to actual execution outcomes.
Watch the distinction: A dealer’s quoted spread is not guaranteed profit. Inventory prices can move, orders may not execute on both sides, and other trading costs can absorb the difference.
59. Institutional trade execution
A large institutional order can move the market as other participants adjust quotes or infer demand. Estimate order size relative to normal volume, current displayed depth and the urgency of the portfolio decision. Immediate execution reduces exposure to a later adverse price move but may pay through the offer levels and raise the average purchase price. Staging an order can reduce visible market impact, yet leaves part of it unfilled while prices may change. The trader may use limits, different venues or an algorithm, while monitoring fills and remaining exposure. Execution quality includes price, completion and the risk taken while waiting, not merely the lowest individual fill. After execution, matched trade details must pass through clearing and settlement so cash and securities are delivered correctly. Operational errors can create costs even when the market decision was sound.
Worked example: A fund needs 500,000 shares and typical daily volume is 1 million. The order equals 500,000 ÷ 1,000,000 = 50% of that volume, a substantial share. Buying all at once may lift the average price. If the trader buys 100,000 shares per day for five days, visible pressure may ease, but 400,000 shares remain exposed to price changes after day one. Reassess urgency and liquidity throughout.
Watch the distinction: Splitting a large order does not remove execution risk. It trades some immediate market impact for the chance of a worse price or incomplete position later.
60. Mandates and electronic trading
An institutional mandate sets boundaries for portfolio decisions, such as issuer concentration, permitted instruments, liquidity or benchmark exposure. Check those limits before sending an order to an execution system. An algorithm can divide and route a valid order according to price, volume or time instructions, but it cannot make an otherwise prohibited holding acceptable. Dark pools can conceal displayed order size and reduce information leakage, yet available liquidity may be uncertain and execution quality still needs review. High-frequency participants can add quotes and liquidity while also withdrawing or repricing quickly in volatile markets. Assess venues by fill probability, price, information leakage and post-trade results, rather than treating one venue type as universally best. Recheck limits after fills and price changes, and maintain controls that stop an algorithm if it would exceed the mandate or trade on stale instructions.
Worked example: Assume a $100 million portfolio, unchanged in value, holds $4.6 million of one issuer, or 4.6%. The mandate caps that issuer at 5%, so the maximum position is $5 million. A proposed algorithm would buy $700,000 and raise it to $5.3 million, or 5.3%. Reduce the order to at most $400,000 before choosing a venue, allowing for price movement and other pending trades.
Watch the distinction: A sophisticated algorithm does not override the investment mandate. Validate the permitted position size first, then set execution instructions and monitor fills against the limit.
Official references and further reading
- Canadian Securities Course (CSC®) Curriculum | Canadian Securities Institute
- Canadian Securities Course (CSC®) Exam & Credits | Canadian Securities Institute
- MP, DB, RRSP, DPSP, ALDA, TFSA limits, YMPE and the YAMPE - Canada.ca
- Line 12700 – Taxable capital gains - Canada.ca