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CISI IM: The Investment Management Industry

Try 10 focused CISI IM questions on The Investment Management Industry, with answers and explanations, then continue with Securities Prep.

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Topic snapshot

FieldDetail
Exam routeCISI IM
IssuerCISI
Topic areaThe Investment Management Industry
Blueprint weight11%
Page purposeFocused sample questions before returning to mixed practice

How to use this topic drill

Use this page to isolate The Investment Management Industry for CISI IM. Work through the 10 questions first, then review the explanations and return to mixed practice in Securities Prep.

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First attemptAnswer without checking the explanation first.The fact, rule, calculation, or judgment point that controlled your answer.
ReviewRead the explanation even when you were correct.Why the best answer is stronger than the closest distractor.
RepairRepeat only missed or uncertain items after a short break.The pattern behind misses, not the answer letter.
TransferReturn to mixed practice once the topic feels stable.Whether the same skill holds up when the topic is no longer obvious.

Blueprint context: 11% of the practice outline. A focused topic score can overstate readiness if you recognize the pattern too quickly, so use it as repair work before timed mixed sets.

Sample questions

These questions are original Securities Prep practice items aligned to this topic area. They are designed for self-assessment and are not official exam questions.

Question 1

Topic: The Investment Management Industry

Alpha plc issued a public profit warning before the market opened on Day 0.

Exhibit:

DayAlpha returnBenchmark return
0-7.8%-0.3%
+1-2.4%0.1%
+2-1.1%0.0%

Using the cumulative abnormal return for Days +1 and +2 only, what conclusion is best supported?

  • A. -7.5%; this supports semi-strong EMH because the full adjustment occurred on Day 0.
  • B. +3.6%; this supports strong-form EMH because all information is already priced.
  • C. -3.6%; this challenges semi-strong EMH because public news was not fully reflected immediately.
  • D. -3.5%; this challenges weak-form EMH because only past prices matter.

Best answer: C

What this tests: The Investment Management Industry

Explanation: The abnormal returns for Days +1 and +2 are -2.5% and -1.1%, giving a cumulative abnormal return of -3.6%. Because the profit warning was public before trading began on Day 0, continued benchmark-relative decline afterwards is evidence against semi-strong efficiency.

Semi-strong EMH states that security prices should adjust rapidly to all publicly available information. Here, the profit warning was released before the market opened, so a semi-strong efficient market would be expected to incorporate that news almost immediately rather than over several more trading days.

The relevant calculation is:

  • Day +1 abnormal return = -2.4% - 0.1% = -2.5%
  • Day +2 abnormal return = -1.1% - 0.0% = -1.1%
  • Cumulative abnormal return = -3.6%

That continued negative abnormal performance after the announcement is consistent with post-announcement drift, a well-known practical challenge to semi-strong EMH. It suggests that assumptions such as instant dissemination, rational processing of news, and frictionless arbitrage may not hold perfectly in practice. Weak-form EMH is not the main issue because the evidence relates to public news, not just past price patterns.

  • Ignoring the benchmark gives -3.5%, but the question asks for abnormal return, so market movement must be removed.
  • Strong-form EMH concerns whether even private or insider information is already reflected in prices; that is not what this public-announcement evidence tests.
  • Using only Day 0 produces -7.5%, but the key evidence is the additional drift on Days +1 and +2 after the news was already public.

Days +1 and +2 abnormal returns are -2.5% and -1.1%, totalling -3.6%, so prices continued adjusting after public information became available.


Question 2

Topic: The Investment Management Industry

An equity analyst compares two shares using CAPM and a two-factor APT model.

ShareMarket betaCAPM expected returnAPT expected returnPrice-implied expected return
Alpha1.18.6%9.4%9.5%
Beta1.18.6%7.8%9.5%

The APT model uses inflation and exchange-rate factors. Which interpretation is best supported?

  • A. CAPM shows Alpha is more underpriced because its APT expected return is higher.
  • B. CAPM assigns both shares the same required return, but APT suggests Beta is more underpriced.
  • C. The exhibit confirms Beta will achieve the higher realised return next year.
  • D. APT should give both shares the same required return because their market betas are identical.

Best answer: B

What this tests: The Investment Management Industry

Explanation: CAPM uses only market beta, so the identical beta of 1.1 gives both shares the same required return of 8.6%. APT is multi-factor, so the shares can have different required returns; against a 9.5% price-implied return, Beta has the larger positive pricing gap.

The key distinction is that CAPM links expected return to one systematic factor, market beta, while APT can reflect several systematic influences. Here, both shares have the same beta, so CAPM cannot distinguish them on required return: each is compared with 8.6%, and each looks equally underpriced by 0.9%.

APT does distinguish them because their multi-factor exposures differ. Comparing the same 9.5% price-implied return with the APT required returns gives:

  • Alpha: 9.5% - 9.4% = 0.1%
  • Beta: 9.5% - 7.8% = 1.7%

So APT indicates Beta is relatively more attractively priced. The important takeaway is that APT can alter relative pricing when non-market systematic factors matter.

  • Model mix-up: A higher APT required return does not make a share more underpriced; the relevant test is the gap between implied return and required return.
  • Single-factor confusion: Identical market beta forces the same CAPM return, not the same APT return.
  • Over-inference: A model-based pricing gap supports a valuation view, but it does not guarantee the higher realised return next year.

Identical market betas give identical CAPM required returns, but APT allows extra factors to change required return, leaving Beta with the larger positive gap to 9.5%.


Question 3

Topic: The Investment Management Industry

Two external managers both market a fund as ‘global equity income’. Fund 1 holds 28 shares, is materially overweight financials versus its benchmark, and leaves foreign currency exposure unhedged. Fund 2 holds 140 shares, keeps sector weights close to benchmark, hedges most currency exposure, and uses futures to remain fully invested. Which conclusion best applies investment-management principles when comparing the two funds?

  • A. The number of holdings alone is enough to assess diversification.
  • B. The shared label implies broadly similar risk and diversification.
  • C. Benchmark awareness mainly affects performance reporting, not portfolio behaviour.
  • D. The label is only a starting point; holdings, benchmark tilts, hedging, and futures use can materially change risk and implementation behaviour.

Best answer: D

What this tests: The Investment Management Industry

Explanation: A strategy label is only a high-level classification, not a full description of portfolio risk. Here, concentration, benchmark-relative sector positions, currency hedging, and futures use all differ, so the funds can behave very differently despite sharing the same label.

The key principle is to look through the strategy label to the actual portfolio construction and implementation. A 28-stock portfolio with a large benchmark overweight in financials and unhedged foreign currency has different concentration, sector, and currency risk from a 140-stock portfolio that stays close to benchmark sector weights, hedges currency, and uses futures to remain invested. Those choices affect diversification, active risk, and how returns are generated. Two funds can therefore sit under the same broad style label yet have meaningfully different behaviour in practice. The closest traps are to rely only on the label or only on the number of holdings, when both miss important sources of risk.

  • Assuming the shared label implies similar risk ignores the stated differences in concentration, sector tilts, currency policy, and implementation.
  • Treating the number of holdings as sufficient misses benchmark-relative exposures and derivative use, which also shape diversification.
  • Saying benchmark awareness mainly affects reporting is incorrect because benchmark-relative construction directly influences active risk and tracking behaviour.

A shared label does not capture concentration, benchmark-relative exposures, currency policy, or derivative use, all of which affect portfolio behaviour.


Question 4

Topic: The Investment Management Industry

A discretionary manager is appointing an ancillary provider for a new global equity segregated mandate. The client requires assets to be held in segregated custody accounts and wants low settlement-failure risk with strong operational resilience.

ProviderCustody structureFailed settlements (12m)ReconciliationTested recovery time
Global Custodian XSegregated0.3%Intraday2 hours
Broker-Custodian YOmnibus0.2%End-of-day4 hours
Local Network ZSegregated1.1%Next-day8 hours

Which action is best supported?

  • A. Appoint Broker-Custodian Y for the lowest failed settlements.
  • B. Appoint Global Custodian X for the best overall fit.
  • C. Appoint Local Network Z for segregated custody.
  • D. Defer provider selection until turnover data is available.

Best answer: B

What this tests: The Investment Management Industry

Explanation: The mandate requires segregated custody, so the omnibus broker-custodian cannot be preferred even though its failed-settlement rate is slightly lower. Between the two segregated options, Global Custodian X has lower failed settlements, faster reconciliation, and quicker tested recovery, so it best supports implementation quality and resilience.

Ancillary provider selection should first be tested against the mandate’s explicit constraints and then against operational-quality measures. Here, segregated custody is mandatory, so Broker-Custodian Y is not the best choice despite its 0.2% failed-settlement figure. That leaves Global Custodian X and Local Network Z. X is stronger on every operational measure shown: failed settlements are lower at 0.3% versus 1.1%, reconciliation is intraday rather than next-day, and tested recovery time is 2 hours rather than 8 hours. These differences matter because they affect settlement efficiency, control over client assets, and the ability to continue operating through disruption. The best supported action is therefore to appoint Global Custodian X. The key takeaway is that the best provider is not the one with the single lowest figure, but the one that fits the custody requirement and overall control framework.

  • Choosing Broker-Custodian Y focuses too narrowly on the lowest failed-settlement figure and ignores the mandatory segregated-custody requirement.
  • Choosing Local Network Z recognises the custody requirement but misses that its settlement, reconciliation, and recovery metrics are materially weaker.
  • Deferring until turnover data is known overstates what is missing; the exhibit already contains the decisive factors for provider choice.

It is the only option that meets the segregated-custody requirement while also offering the strongest operational metrics.


Question 5

Topic: The Investment Management Industry

A portfolio manager is reviewing a UK share using CAPM.

Exhibit:

  • Risk-free rate: 2%
  • Expected market return: 7%
  • Share beta: 0.8
  • Share expected return: 7%

Which conclusion is correct?

  • A. Required return 5%; alpha +2%; above the SML
  • B. Required return 7%; alpha 0%; on the SML
  • C. Required return 6%; alpha +1%; above the SML
  • D. Required return 8%; alpha -1%; below the SML

Best answer: C

What this tests: The Investment Management Industry

Explanation: Under CAPM, the required return is the risk-free rate plus beta times the market risk premium: 2% + 0.8 × (7% - 2%) = 6%. Because the share is expected to return 7%, it offers 1% more than CAPM requires, so it has positive alpha and sits above the security market line.

The core CAPM idea is that a security’s required return depends on the risk-free rate and its exposure to market risk, measured by beta. Here, the market risk premium is 7% - 2% = 5%. Applying CAPM gives a required return of 2% + 0.8 × 5% = 6%. The share’s expected return is 7%, which is 1% higher than the CAPM-required return.

That 1% difference is positive alpha, meaning the share offers more return than CAPM would predict for its level of systematic risk. A security with positive alpha plots above the security market line rather than on it.

A zero-alpha share in this case would have an expected return of exactly 6%.

  • On the line: using 7% as the required return ignores that a beta of 0.8 should require less than the market return.
  • Too low: a 5% required return usually comes from omitting the risk-free rate or misreading the CAPM formula.
  • Wrong sign: an 8% required return would imply more market risk than the share actually has, so the negative-alpha conclusion is incorrect.

CAPM gives a required return of 6%, so a 7% expected return implies positive alpha of 1% and a position above the security market line.


Question 6

Topic: The Investment Management Industry

A UK discretionary manager runs a balanced mandate holding global equities, gilts, listed property and a private infrastructure fund. A junior analyst estimates each holding’s beta against the MSCI World Index and recommends overweighting the highest-beta assets because “CAPM says they should deliver the highest expected return”. Which response best applies sound investment-management practice?

  • A. Keep the ranking, because benchmark choice matters little when assets are in GBP.
  • B. Use CAPM as one input, but add mandate-relevant benchmarks and other risk analysis.
  • C. Accept the ranking, because beta captures all priced risk in a diversified mandate.
  • D. Replace beta with each holding’s historical return to estimate expected return.

Best answer: B

What this tests: The Investment Management Industry

Explanation: The best response is to treat CAPM as a limited tool, not a complete decision rule. In a multi-asset portfolio, beta depends on the chosen market index and is less meaningful for gilts, property and private assets, so managers should also use mandate-relevant benchmarks and broader risk analysis.

CAPM assumes a frictionless market, a single relevant market portfolio, and that market beta is the key priced risk for diversified investors. In real portfolio management, those assumptions often weaken simple CAPM conclusions. Here, using betas against the MSCI World Index may help for listed equities, but it is a poor standalone ranking tool for gilts, listed property and especially a private infrastructure fund, where interest-rate risk, valuation smoothing, liquidity and appraisal effects can matter more than equity-market beta. The sound approach is to use CAPM as one input to expected return, then test conclusions with asset-appropriate benchmarks, mandate context and additional risk measures. The closest trap is assuming diversification makes beta the only relevant risk across every asset class.

  • Beta-only thinking: Treating beta as the sole priced risk overstates CAPM and ignores important real-world risks in bonds, property and private assets.
  • Backward-looking substitution: Historical returns show realised performance, not the forward-looking required return needed for portfolio decisions.
  • Benchmark indifference: Beta and any CAPM conclusion depend on the market proxy chosen; matching currency does not solve a poor benchmark choice.

CAPM can inform required return, but beta depends on the market proxy and is much less reliable for non-equity and illiquid assets in a multi-asset mandate.


Question 7

Topic: The Investment Management Industry

A portfolio manager is reviewing two UK-listed industrial shares against the same equity benchmark. Each has an estimated market beta of 1.0, but one is much more sensitive to oil prices and sterling, while the other is more sensitive to UK interest rates and credit spreads. She wants to judge whether the shares should have similar required returns. Which approach best applies investment theory?

  • A. Use Jensen measure to choose the lower discount rate
  • B. Apply APT and assess sensitivities to multiple priced factors
  • C. Rank the shares by Sharpe ratio to set required returns
  • D. Assume equal required returns from the identical market beta

Best answer: B

What this tests: The Investment Management Industry

Explanation: CAPM is a single-factor model centred on market beta, whereas APT allows several systematic factors to affect expected return. When two shares have the same beta but clearly different exposures to other priced macro risks, APT is the better framework for judging required return or relative pricing.

The core distinction is that CAPM explains expected return using one systematic risk factor: exposure to the market portfolio, measured by beta. APT is a multi-factor approach, so securities with the same market beta can still have different expected returns if they load differently on other priced factors such as oil, currency, interest-rate or credit-spread shocks.

In this scenario, the manager is specifically concerned with several macro influences beyond the broad equity market. That makes a multi-factor framework more appropriate.

  • CAPM: one priced systematic factor, market beta
  • APT: several priced systematic factors, each with its own loading

So identical betas do not automatically justify identical required returns when other systematic factor exposures differ materially.

  • Assuming equal required returns from the same beta applies CAPM too mechanically and ignores the stated multi-factor differences.
  • Ranking by Sharpe ratio confuses historical risk-adjusted performance with ex ante required-return estimation.
  • Using Jensen measure mixes performance attribution and alpha measurement with the choice of pricing model or discount rate.

APT allows expected return to reflect several systematic factor loadings, so identical market betas do not by themselves imply identical required returns.


Question 8

Topic: The Investment Management Industry

A manager is choosing a structure for a portfolio of directly held commercial property.

Exhibit:

  • Daily-dealing open-ended fund: NAV £200m, cash £16m
  • Expected investor redemptions on a stressed day: £30m
  • Closed-ended investment trust alternative: investors trade shares on the stock market

Which statement is most accurate?

  • A. The open-ended fund has a £14m cash surplus.
  • B. The open-ended fund has a £14m liquidity shortfall.
  • C. The investment trust offers daily redemption at NAV.
  • D. The investment trust must sell £30m of property.

Best answer: B

What this tests: The Investment Management Industry

Explanation: The daily-dealing open-ended fund has only £16m of cash but faces £30m of redemptions, so it is short by £14m. This shows how fund structure affects liquidity management when the underlying assets are illiquid, such as direct property.

The key concept is that structure determines how investors exit and therefore how liquidity must be managed. In an open-ended fund, investors redeem with the fund itself, so the manager needs cash or asset sales to meet withdrawals. Here the calculation is straightforward:

  • Redemption demand = £30m
  • Available cash = £16m
  • Liquidity shortfall = £14m

That mismatch is important for directly held property because properties cannot usually be sold quickly without cost or valuation risk. In a closed-ended investment trust, investors normally exit by selling shares to another investor in the market, so shareholder dealing does not automatically force property sales by the fund. The main takeaway is that illiquid assets often fit closed-ended structures better when frequent dealing is desired by investors.

  • Cash arithmetic: Calling it a £14m surplus reverses the calculation; the fund is short, not overfunded.
  • Structure confusion: Saying the investment trust must sell property to meet shareholder sales ignores that investors usually trade shares in the secondary market.
  • Investor rights: Daily redemption at NAV is a feature of open-ended funds, not of closed-ended investment trusts.

£30m of redemptions less £16m of cash leaves a £14m shortfall, showing the liquidity strain of daily dealing in an illiquid portfolio.


Question 9

Topic: The Investment Management Industry

Following a central-bank quantitative easing programme, an analyst reduces the equity discount rate used in a DCF model from 9% to 7%.

Exhibit:

  • Share V pays a single £100 cash flow in 1 year
  • Share G pays a single £100 cash flow in 5 years

Based on these assumptions, which statement is correct?

  • A. Share G rises by about £1.7, the larger increase
  • B. Share V rises by about £6.3, the larger increase
  • C. Share G rises by about £6.3, the larger increase
  • D. Share V rises by about £1.7, the larger increase

Best answer: C

What this tests: The Investment Management Industry

Explanation: QE can lower required returns and discount rates, which increases present values. The effect is stronger for longer-dated cash flows, so the 5-year share benefits much more than the 1-year share, with an increase of about £6.3 versus about £1.7.

The core concept is that policy easing such as QE can reduce discount rates, and lower discount rates disproportionately support assets with longer-duration cash flows. Using \(PV=\frac{CF}{(1+r)^n}\):

$$ \begin{aligned} PV_V(9%) &= 100/1.09 = 91.74 \ PV_V(7%) &= 100/1.07 = 93.46 \ \Delta V &= 1.72 \ PV_G(9%) &= 100/1.09^5 = 64.99 \ PV_G(7%) &= 100/1.07^5 = 71.30 \ \Delta G &= 6.31 \end{aligned} $$

So the 5-year share gains about £6.3, which is much larger than the 1-year share’s gain of about £1.7. The closest trap is to recognise the right mechanism but assign the larger benefit to the near-term cash flow.

  • Assigning the larger gain to the 1-year share reverses the timing effect of discounting.
  • Using about £6.3 for the 1-year share overstates the impact because the lower rate applies for only one year.
  • Using about £1.7 for the 5-year share understates the compounding benefit from a lower discount rate over five years.
  • The key investment-style implication is that easing policy tends to favour longer-duration growth cash flows more than near-term value realisations.

The lower discount rate increases the present value of the 5-year cash flow far more than the 1-year cash flow.


Question 10

Topic: The Investment Management Industry

A diversified multi-asset portfolio has shown only weak sensitivity to its stated global equity benchmark. The manager finds that most of its return variation over the year came from changes in real interest rates, credit spreads and energy prices. Which framework is likely to be more useful at a high level for explaining this pattern?

  • A. APT, because multiple systematic factors appear to drive returns.
  • B. CAPM, because the stated equity benchmark is the key risk factor.
  • C. APT, because it is mainly used for stock-specific risk.
  • D. CAPM, because diversification means market beta should explain returns.

Best answer: A

What this tests: The Investment Management Industry

Explanation: APT is more useful when returns are being driven by several common risk factors. CAPM is a single-factor framework centred on market beta, so it is less suitable when real rates, credit spreads and energy prices are all materially influencing performance.

The key distinction is that CAPM explains expected return using one main source of systematic risk: beta relative to the market portfolio. APT is a multi-factor framework, so it is more suitable when returns are better explained by exposure to several pervasive influences.

In the scenario, the portfolio has only weak sensitivity to its equity benchmark, while return variation is mainly associated with real interest rates, credit spreads and energy prices. That points to multiple systematic factor exposures rather than one dominant market-beta relationship. APT is therefore the more useful high-level framework for explaining the return pattern.

The closest trap is the diversification argument: diversification reduces idiosyncratic risk, but it does not mean a single-factor model must be sufficient.

  • Diversification trap: Removing stock-specific risk does not prove that one market factor fully explains returns.
  • Benchmark trap: A stated equity benchmark helps performance assessment, but it does not make CAPM the best explanatory model when non-equity factors dominate.
  • APT misuse: APT is about common systematic factor exposures, not mainly about stock-specific risk.

APT is better here because the return pattern is linked to several macro risk factors, not mainly to a single market beta.

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Revised on Thursday, May 14, 2026