Free CISI CWM PCT Practice Questions: Investment Risk and Return

CISI means Chartered Institute for Securities & Investment. CWM means Chartered Wealth Manager, and this page is for the Portfolio Construction Theory paper. Use this focused CISI CWM Portfolio Construction page as a short practice test for Investment Risk and Return. The items are original Finance Prep sample exam questions built for scenario-based practice, not trivia, puzzle questions, official CISI questions, copied live-exam content, or exam dumps.

Topic snapshot

Sample questions

These are original Finance Prep practice questions aligned to this topic area. They are not official CISI questions, copied live-exam content, or exam dumps. Use them to preview question style and explanation depth before continuing with topic drills, mixed sets, and timed mock exams in Finance Prep.

Question 1

Topic: Investment Risk, Return, Inflation, Foreign Currency, Time Periods, and Return Calculation

A wealth manager is setting the reference asset for the defensive sleeve of a UK client’s portfolio.

Client and portfolio facts:

• The client is UK-resident and measures wealth in GBP.
• The defensive sleeve is intended to fund essential retirement withdrawals over about 20 years.
• The withdrawals are expected to rise broadly with UK inflation.
• The client has very low capacity for shortfall on these withdrawals.
• The asset will be used as the risk-free comparator when estimating risk premiums for the liability-matching strategy.

Which asset is the single best choice for the risk-free comparator?

• A. A currency-hedged global government bond fund diversified across highly rated issuers
• B. Three-month UK Treasury bills rolled continuously throughout retirement
• C. A long-dated conventional UK gilt fund with an average duration close to 20 years
• D. A ladder of UK index-linked gilts with maturities broadly matched to the expected withdrawal profile

Best answer: D

What this tests: Investment Risk, Return, Inflation, Foreign Currency, Time Periods, and Return Calculation

Explanation: The appropriate risk-free asset depends on the investor’s horizon, base currency, and the strategy being assessed. For a short nominal cash need, a short-dated government bill may be a good proxy. Here, the defensive sleeve is meant to meet long-term essential withdrawals that rise with UK inflation. The closest risk-free comparator is therefore a sterling asset with government credit quality, inflation linkage, and maturities aligned to the liability cash flows. A matched ladder of UK index-linked gilts is not perfectly riskless in every sense, but it is the best fit for the stated real liability-matching purpose.

• Rolling Treasury bills have low short-term capital volatility, but rolling them for 20 years creates reinvestment risk and does not lock in real purchasing power.
• Conventional long-dated gilts reduce issuer and duration mismatch, but their payments are nominal, so they leave inflation risk against rising withdrawals.
• A hedged global government bond fund adds diversification, but fund duration, index composition, hedging costs, and residual basis risk make it less aligned to the client’s sterling inflation-linked liabilities.

Inflation-linked sterling government cash flows matched to the liability horizon best reduce default, inflation, currency, and reinvestment mismatch for this strategy.

Question 2

Topic: Investment Risk, Return, Inflation, Foreign Currency, Time Periods, and Return Calculation

A wealth manager is preparing a performance review for a discretionary GBP balanced portfolio.

Relevant facts:

• The client has a moderate risk profile and a strategic benchmark of 60% global equities and 40% investment-grade bonds.
• During the year, the client added £300,000 after selling a business asset and withdrew £180,000 to fund a property purchase.
• The client, not the manager, chose the timing and size of both cash flows.
• The review is intended to judge the manager’s performance against the customised benchmark, not the client’s personal timing decisions.
• Portfolio valuations are available immediately before each external cash flow.

Which return measure is most appropriate as the primary performance figure?

• A. Simple holding-period return based only on opening and closing portfolio values
• B. Time-weighted rate of return, calculated by linking sub-period returns between external cash flows
• C. Money-weighted rate of return, because it reflects the size and timing of all client cash flows
• D. Internal rate of return, because the portfolio had both contributions and withdrawals during the year

Best answer: B

What this tests: Investment Risk, Return, Inflation, Foreign Currency, Time Periods, and Return Calculation

Explanation: When external cash flows are outside the manager’s control, the appropriate primary measure for assessing the manager is the time-weighted rate of return. It breaks the period into sub-periods around each cash flow and geometrically links the returns, so the result is not distorted by the client adding or withdrawing money at favourable or unfavourable times. Money-weighted return and internal rate of return are useful for showing the investor’s actual capital-weighted experience, but they are influenced by the timing and amount of cash flows. Here, the purpose is to assess the discretionary manager against a benchmark, and valuations are available around the cash-flow dates, so time-weighted return is the best measure.

• Money-weighted return is relevant to the client’s realised experience, but it would mix manager skill with client-controlled cash-flow timing.
• Internal rate of return is a form of money-weighted measure, so it is not the best primary measure for manager appraisal here.
• Simple holding-period return ignores the effect of contributions and withdrawals and would give a misleading result.

Time-weighted return isolates the manager’s investment performance by neutralising client-controlled external cash flows.

Question 3

Topic: Investment Risk, Return, Inflation, Foreign Currency, Time Periods, and Return Calculation

An investment committee is reviewing performance measures for a private client.

Client and assets:

• The client has a medium-high risk profile and a 10-year horizon.
• The discretionary global multi-asset portfolio had a £600,000 subscription just before a strong equity quarter; the portfolio manager did not control the subscription date.
• A direct UK commercial property investment was purchased, refurbished with two staged cash injections, received uneven net rents, and has now been sold.
• The client wants to know the annualised return actually earned on the property cash committed; tax effects are being reviewed separately.

Which is the single best conclusion about using internal rate of return (IRR) in this review?

• A. IRR is inappropriate for the realised property investment because sale proceeds make the return dependent on capital growth rather than income yield.
• B. IRR is useful for the property assessment because it incorporates the timing and size of the purchase, refurbishment outflows, rents, and sale proceeds into one annualised money-weighted return.
• C. IRR should be used to judge the multi-asset manager against the benchmark because it strips out the effect of the £600,000 subscription timing.
• D. IRR should be replaced by a simple average of annual property income yields because the client has a long horizon and tax is reviewed separately.

Best answer: B

What this tests: Investment Risk, Return, Inflation, Foreign Currency, Time Periods, and Return Calculation

Explanation: IRR is a money-weighted measure: it is the discount rate that equates the present value of timed cash inflows and outflows, including any terminal sale proceeds, to zero. It is particularly useful for direct property, private assets, or project-style investments where cash flows are irregular and the investor wants the return actually earned on committed capital. A realised sale also avoids relying solely on an estimated terminal valuation. By contrast, IRR is usually less appropriate for judging a liquid portfolio manager against a benchmark when large external cash flows are controlled by the client. In that setting, time-weighted return is normally preferred because it removes the effect of subscription and withdrawal timing that the manager did not control.

• Using IRR for the multi-asset manager comparison confuses money-weighted return with time-weighted return.
• Rejecting IRR because the property return includes capital growth misses that IRR is designed to capture total timed cash flows.
• A simple average income yield ignores refurbishment outflows, sale proceeds, and the timing of cash flows.

The realised property cash flows are irregular and investor-specific, making IRR suitable for measuring the annualised return on cash actually committed.

Question 4

Topic: Investment Risk, Return, Inflation, Foreign Currency, Time Periods, and Return Calculation

A wealth manager is preparing a one-year performance note for a client’s satellite renewable infrastructure trust holding.

Client and measurement basis:

• GBP base currency.
• No units were bought or sold during the year.
• The client wants the pre-tax holding-period return on the holding, not the benchmark return.

Performance extract:

• Opening market value: £96,000
• Cash distributions received into platform cash: £3,840
• Closing market value, excluding distribution cash: £100,800
• Benchmark total return: 7.1%

Report the return on the client’s holding, including income actually received and the change in market value.

Which figure should be reported?

• A. 4.0%
• B. 7.1%
• C. 9.0%
• D. 5.0%

Best answer: C

What this tests: Investment Risk, Return, Inflation, Foreign Currency, Time Periods, and Return Calculation

Explanation: Holding-period return measures the total return earned over the period relative to the value at the start of the period. For a holding with no purchases or sales during the period, both the change in market value and cash income received should be included. Here, the gain is £100,800 - £96,000 = £4,800, and the cash distributions add £3,840. Total return in pounds is therefore £8,640. Dividing by the opening value gives £8,640 / £96,000 = 9.0%. The benchmark return is useful for comparison, but it is not the return actually earned on this client’s holding.

• 5.0% includes only the capital appreciation and omits the cash distributions.
• 4.0% is the income yield only and ignores the change in market value.
• 7.1% is the benchmark total return, not the client’s holding-period return.

The holding-period return is the capital gain plus cash distributions, divided by the opening market value.

Question 5

Topic: Investment Risk, Return, Inflation, Foreign Currency, Time Periods, and Return Calculation

A UK private client has sterling as their base currency. At the start of the year they invest £100,000 equivalent in an unhedged US equity fund. There are no distributions, fees, or taxes.

What is the client’s approximate sterling total return for the year?

• A. 3.7%
• B. 8.0%
• C. 12.5%
• D. 4.0%

Best answer: C

What this tests: Investment Risk, Return, Inflation, Foreign Currency, Time Periods, and Return Calculation

Explanation: For a sterling-based investor, the return on an unhedged foreign investment combines the foreign asset return and the currency translation effect. The US fund rose from $100 to $108, an 8% dollar return. Because GBP/USD is quoted as dollars per £1, a fall from 1.25 to 1.20 means sterling weakened and each dollar converts into more pounds. The sterling value per unit rose from $100 / 1.25 = £80.00 to $108 / 1.20 = £90.00. The sterling return is therefore £90 / £80 - 1 = 12.5%.

• 8.0% ignores the exchange-rate movement and uses only the fund’s dollar return.
• 3.7% applies the exchange-rate movement in the wrong direction, treating sterling weakness as a drag.
• 4.0% reflects only an approximate movement in the quoted exchange rate, not the combined investment and currency return.

Converting the fund values into sterling gives £80.00 at the start and £90.00 at the end, so the sterling return is £90/£80 - 1 = 12.5%.

Question 6

Topic: Investment Risk, Return, Inflation, Foreign Currency, Time Periods, and Return Calculation

A wealth manager is preparing the annual performance report for Ms Karim’s discretionary balanced portfolio.

Case extract:

• Opening value: £1,200,000.
• External cash flows decided by the client:
  • £750,000 contribution shortly before a strong equity market quarter.
  • £300,000 withdrawal later in the year for a property purchase.
• The portfolio manager had no discretion over the timing or size of those cash flows.
• Reported figures before tax:
  • Portfolio time-weighted return: 4.8%.
  • Portfolio money-weighted return: 7.1%.
  • Custom benchmark time-weighted return: 5.2%.

The client asks: “Which return tells me whether the manager did a good job, and which return tells me what I personally earned?”

Which response is most appropriate for the client report?

• A. Use whichever return figure is higher, provided it exceeds the benchmark, because client reporting should focus on the best evidence of success.
• B. Use the time-weighted return for manager-versus-benchmark assessment and the money-weighted return for Ms Karim’s investor-specific experience.
• C. Use the time-weighted return as Ms Karim’s personal wealth outcome because it includes the timing of all contributions and withdrawals.
• D. Use the money-weighted return for manager-versus-benchmark assessment because it gives more weight to the larger amount invested after the contribution.

Best answer: B

What this tests: Investment Risk, Return, Inflation, Foreign Currency, Time Periods, and Return Calculation

Explanation: Time-weighted return is generally the appropriate measure for assessing investment manager performance against a benchmark when external cash flows are outside the manager’s control. It breaks the period into sub-periods around cash flows and compounds the sub-period returns, reducing the distorting effect of client-directed contributions and withdrawals. Money-weighted return, often expressed as an internal rate of return, measures the investor’s actual outcome from the timing and amount of cash invested. In this case, the large contribution shortly before a strong quarter makes the money-weighted return higher than the time-weighted return. That does not necessarily mean the manager outperformed. The relevant manager comparison is the portfolio time-weighted return of 4.8% against the benchmark time-weighted return of 5.2%.

• Using money-weighted return for benchmark comparison confuses client cash-flow timing with manager skill.
• Treating time-weighted return as the client’s personal earned return ignores the effect of the contribution and withdrawal.
• Selecting the higher return figure is not sound reporting; each measure answers a different performance question.

Time-weighted return neutralises external cash flows, while money-weighted return reflects the size and timing of Ms Karim’s actual contributions and withdrawals.

Question 7

Topic: Investment Risk, Return, Inflation, Foreign Currency, Time Periods, and Return Calculation

An investment committee is setting long-term nominal GBP return assumptions for a balanced portfolio. It uses the 10-year UK government bond yield as the risk-free rate and treats each asset-class risk premium as additional expected return over that rate.

Assumptions:

• Risk-free rate: 4.0% a year
• Expected portfolio return: risk-free rate plus the portfolio-weighted risk premium
• Figures are before fees and tax

What nominal annual return assumption should the committee use for the portfolio?

• A. 3.0%
• B. 8.5%
• C. 6.6%
• D. 7.0%

Best answer: D

What this tests: Investment Risk, Return, Inflation, Foreign Currency, Time Periods, and Return Calculation

Explanation: A risk premium is the additional return expected for bearing risk above an appropriate risk-free asset, not the total expected return by itself. For this GBP portfolio, the risk-free rate is 4.0%. The weighted risk premium is calculated as 50% × 4.5% + 25% × 1.2% + 15% × 3.0% + 10% × 0.0% = 2.25% + 0.30% + 0.45% + 0.00% = 3.0%. Adding this to the risk-free rate gives 7.0%. In portfolio construction, this approach separates the base return available from a low-risk asset from the extra expected compensation required for equity, credit, property, and other risky exposures.

• 3.0% is only the portfolio-weighted risk premium; it omits the risk-free rate.
• 6.6% effectively fails to apply the risk-free rate to the full portfolio, including cash.
• 8.5% is the expected return for the equity allocation alone, not the diversified portfolio.

The weighted risk premium is 3.0%, which is added to the 4.0% risk-free rate to give a 7.0% expected nominal return.

Question 8

Topic: Investment Risk, Return, Inflation, Foreign Currency, Time Periods, and Return Calculation

An adviser is considering how to invest proceeds for a UK-resident client.

Client and portfolio facts:

• £600,000 cash proceeds are held in a sterling deposit paying variable interest below current UK CPI.
• Target strategic allocation: 60% global equities and 40% global bonds, with an objective of CPI + 3% over 10 years.
• The client has moderate risk tolerance but says, “I would regret investing the whole amount just before a market fall.”
• The equity exposure will be through an unhedged global equity fund; the bond exposure will be sterling-hedged.
• No withdrawals are planned for at least five years.

The adviser proposes investing £50,000 per month for 12 months rather than investing the full amount immediately. Which is the best assessment of using pound-cost averaging here?

• A. It should be preferred because fixed sterling purchases guarantee a lower average purchase price and eliminate the currency risk on the unhedged equity fund.
• B. It is mainly a tax-management technique, so it is relevant only if the monthly purchases use a tax wrapper allowance.
• C. It should be rejected because any delay in investing is unsuitable when the objective is inflation-plus and the client has no withdrawals for five years.
• D. It can reduce regret and concentration of market and exchange-rate entry points, but it leaves part of the portfolio in cash, so inflation drag and missed market exposure must be weighed against the behavioural benefit.

Best answer: D

What this tests: Investment Risk, Return, Inflation, Foreign Currency, Time Periods, and Return Calculation

Explanation: Pound-cost averaging involves investing fixed sterling amounts at intervals. It can help a client who is anxious about committing a lump sum immediately because purchases are spread across different market levels and, for unhedged overseas assets, different exchange rates. This may reduce regret if markets fall soon after the first investment. It does not, however, guarantee a better return than lump-sum investing. If markets rise or sterling weakens during the phasing period, the uninvested cash may miss gains. The cash also earns below CPI in this case, which creates a real-return drag while the client is trying to achieve CPI + 3%. The technique is therefore a trade-off: behavioural comfort and reduced entry-point concentration versus inflation drag and delayed exposure to the strategic asset allocation.

• Guaranteed lower purchase prices and eliminated currency risk overstate the effect; averaging changes the timing of purchases but does not hedge foreign-currency exposure.
• Immediate investment may have a higher expected return over long horizons, but delaying is not automatically unsuitable when the client has clear regret and timing-risk concerns.
• Tax wrapper planning may affect implementation, but pound-cost averaging is primarily an investment-timing and risk-perception technique here.

Pound-cost averaging may smooth market and currency entry risk, but it also delays exposure to growth assets needed for the real-return objective.

Question 9

Topic: Investment Risk, Return, Inflation, Foreign Currency, Time Periods, and Return Calculation

A wealth manager is reviewing whether to report an internal rate of return (IRR) for a directly held commercial property, alongside performance reporting for a listed securities portfolio.

Property cash flows:

The present value of the property inflows is £606,400 at an 8% discount rate and £590,600 at a 9% discount rate. Use linear interpolation if estimating the IRR.

The client’s listed securities portfolio had several large client-directed subscriptions and withdrawals during the same period.

Which conclusion best evaluates the usefulness of IRR in this situation?

• A. The property IRR is about 8.0%, and IRR is not useful for property because a simple holding-period return fully captures multi-year cash-flow timing.
• B. The property IRR is about 8.4%, and IRR should be preferred for assessing the listed portfolio manager because it removes the effect of client-directed cash flows.
• C. The property IRR is about 8.4%, and IRR is useful for assessing the property investment because the timing and size of its cash flows are integral to the result.
• D. The property IRR is about 9.0%, and IRR is useful only if interim rental income is ignored and the disposal proceeds dominate the calculation.

Best answer: C

What this tests: Investment Risk, Return, Inflation, Foreign Currency, Time Periods, and Return Calculation

Explanation: IRR is the discount rate that makes the net present value of all cash flows equal zero. At 8%, the property has a positive NPV of £6,400, calculated as £606,400 less the £600,000 initial outflow. At 9%, the NPV is negative by £9,400, calculated as £590,600 less £600,000. Linear interpolation gives approximately \(8\% + \frac{6,400}{6,400 + 9,400} \times 1\% = 8.4\%\). IRR is particularly useful for project-like or property investments where initial outlay, income receipts, additional capital expenditure, and disposal proceeds form part of the investment outcome. For a listed securities manager, time-weighted return is usually more suitable when subscriptions and withdrawals are client-directed, because it reduces the distortion from external cash-flow timing.

• Treating IRR as the preferred measure for the listed portfolio confuses money-weighted and time-weighted performance.
• Ignoring rental income would misstate the property return because IRR uses all timed cash flows.
• A simple holding-period return does not adequately reflect the timing of interim cash flows over several years.

The IRR is approximately 8.4%, and a project-like property investment is an appropriate use case because acquisition, income, and disposal cash flows are central to performance.

Question 10

Topic: Investment Risk, Return, Inflation, Foreign Currency, Time Periods, and Return Calculation

An investment committee is considering a 6% allocation to a GBP-hedged global infrastructure debt fund, funded from short-dated UK Treasury bills, for a UK client with GBP liabilities.

Policy test: approve a higher-risk allocation only if the expected net GBP risk premium over the relevant risk-free asset is at least 2.0% per year and the portfolio remains within its risk limits.

Case extract, all figures per year:

Fund manager note: “The fund has a 2.6% risk premium over Treasury bills, so the allocation should be approved.”

Which conclusion best evaluates the fund manager’s statement?

• A. Do not approve on the risk-premium evidence; after charges and hedging costs, the expected GBP risk premium is 1.7%, below the 2.0% requirement.
• B. Approve the allocation because the fund’s 6.6% gross expected return exceeds the Treasury bill yield by more than the required 2.0%.
• C. Do not approve because Treasury bills are unsuitable as a risk-free proxy for a UK client with GBP liabilities.
• D. Approve the allocation because the stated 2.6% premium is positive and projected portfolio volatility remains below the 7.0% limit.

Best answer: A

What this tests: Investment Risk, Return, Inflation, Foreign Currency, Time Periods, and Return Calculation

Explanation: A risk premium should be measured against an appropriate risk-free asset and on the same basis as the portfolio decision. Here the client has GBP liabilities and the proposed fund is GBP hedged, so the UK Treasury bill yield is a suitable risk-free comparator. The policy requires a net GBP risk premium, so charges and hedging costs must be deducted before comparison. The fund’s expected net GBP return is 6.6% - 0.5% - 0.4% = 5.7%. The relevant risk premium is therefore 5.7% - 4.0% = 1.7%. Although the portfolio volatility limit is not breached, the risk-premium condition is not met, so the stated premium does not support the proposed allocation under the policy test.

• A positive gross premium is not enough when the policy requires a net GBP premium.
• Staying within the volatility limit satisfies only one part of the approval test.
• The 2.6% figure ignores costs and hedging, so it overstates the relevant compensation for risk.
• UK Treasury bills are a reasonable risk-free proxy for a GBP-based client decision in this case.

The relevant premium is the expected net GBP return of 5.7% less the 4.0% risk-free rate, which does not meet the policy hurdle.

Continue in the web app

Use Finance Prep for interactive CISI CWM Portfolio Construction practice with mixed sets, timed mock exams, topic drills, explanations, and progress tracking.

Related focused pages

• Free CISI CWM PCT Practice Exam: Portfolio Construction
• Free CISI CWM PCT Practice Questions: Client Risk and Portfolio Strategy
• Free CISI CWM PCT Practice Questions: Asset Allocation and MPT
• Free CISI CWM PCT Practice Questions: Asset Pricing and Valuation
• Free CISI CWM PCT Practice Questions: Efficient Markets and Anomalies
• Free CISI CWM PCT Practice Questions: Behavioural Finance
• Free CISI CWM PCT Practice Questions: Fund Management and ESG
• Free CISI CWM PCT Practice Questions: Portfolio Derivatives and Hedging
• Free CISI CWM PCT Practice Questions: Benchmarking and Attribution
• Free CISI CWM PCT Practice Questions: UK Investment Taxation

Practice next step

Use the Finance Prep web app above when you want interactive practice beyond this static page.