CA Intermediate · Financial Management and Strategic Management · Investment Decisions
Tulsi Enterprises has a capital budget of ₹10,00,000 for one year. Projects are indivisible and cannot be repeated. Project P: outlay ₹4,00,000, NPV ₹1,20,000. Project Q: outlay ₹5,00,000, NPV ₹1,00,000. Project R: outlay ₹6,00,000, NPV ₹1,74,000. Which choice maximises total NPV, and what is it?
Projects P and R should be selected, giving a total NPV of ₹2,94,000 for exactly ₹10,00,000 of outlay. The combination Q and R has a higher NPV figure than P and Q but costs ₹11,00,000, so it breaches the capital rationing limit.
- AP and R, total NPV ₹2,94,000Correct
- BQ and R, total NPV ₹2,74,000
- CP and Q, total NPV ₹2,20,000
- DP, Q and R, total NPV ₹3,94,000
Explanation
Feasible combinations within ₹10,00,000: P+R costs 10,00,000 with NPV 2,94,000; P+Q costs 9,00,000 with NPV 2,20,000. Q+R costs 11,00,000 and all three cost 15,00,000, so both exceed the budget and are infeasible. The best feasible choice is P and R.
Did you get it right without looking?
One question tells you little. A timed set on Investment Decisions shows your real accuracy, how long you take and where you lose marks.
More Investment Decisions questions
- Which of the following is a recognised limitation of the Payback Period method of evaluating investment proposals?
- A project needs an initial outlay of ₹10,50,000 and the present value of its future cash inflows, discounted at the firm's cost of capital, …
- Vistara Foods must choose one of two mutually exclusive machines, each replaceable with an identical machine at the end of its life. Machine…
- Surya Textiles is evaluating a machine costing Rs 4,00,000 with no salvage value. It will generate net cash inflows of Rs 1,50,000 per year …
- A project requires an initial outlay of ₹4,00,000 and generates uniform annual cash inflows of ₹1,00,000 for 8 years. Its payback period is:
- Kaveri Industries must choose between two machines with unequal lives. Machine X has a 3-year life and an NPV of ₹2,48,700 at a 10% cost of …