CIMA F3 Exam With Confidence Using Practice Dumps

B. Using present value of earnings (or free cash flows) is more appropriate when valuing a controlling interest, because the acquirer can change the dividend policy. ✅

C. A 5% historical dividend growth rate may not reflect future growth – assuming it will continue indefinitely is a big weakness. ✅

D. The industry average beta may not reflect Company B’s specific financial (gearing) risk; it should ideally be adjusted to reflect B’s capital structure. ✅

The others:

A is incorrect – you should generally use the target’s cost of equity (or project-specific) not Company A’s.

E is incorrect – unlisted companies can use CAPM via proxy/industry betas.

B. Diversification into another product market will lower business risk

Diversifying into a different sector can reduce unsystematic (business-specific) risk, as cash flows from different industries may be less correlated.

C. Greater protection from transaction risk

Company A already has B$ exposures (manufacturing and a B$ loan). Acquiring Company B, which operates and earns in B$, can provide B$ inflows that help naturally hedge B$ outflows, reducing transaction risk.

D. Greater protection from translation risk

The acquisition adds net assets in B$, which can act as a balance sheet hedge against existing B$ liabilities (such as the B$ loan). On consolidation, this can reduce the volatility of reported equity due to exchange rate movements, i.e. translation risk.

Option A is weak: political risk in Country B is not reduced by owning more assets there. E is doubtful because Company B is in a different industrial sector, so classic production scale economies are unlikely to be a primary justification.

Answer: A. $129.6

Working

Current share price = $5.60

Growth for 3 years at 5% p.a.:

P3=5.60×1.053=5.60×1.157625=6.4827≈$6.48P_3 = 5.60 \times 1.05^3 = 5.60 \times 1.157625 = 6.4827 \approx \$6.48P3​=5.60×1.053=5.60×1.157625=6.4827≈$6.48

Conversion terms = 20 shares per $100 bond

Conversion value in 3 years:

Conversion value=20×6.4827=129.654≈$129.6\text{Conversion value} = 20 \times 6.4827 = 129.654 \approx \$129.6Conversion value=20×6.4827=129.654≈$129.6

So the expected conversion value per $100 bond is $129.6.