Present Value of Cash Inflows: Application in Capital Budgeting Decision Making

Overview

This coursework assignment addresses the application of present value calculations in capital budgeting decisions. The student demonstrates how to calculate the net present value of future cash inflows using the Present Value Interest Factor of an Annuity (PVIFA) formula and applies this concept to evaluate investment viability.

What this coursework covers

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Present Value of Cash Inflows

Student’s Name

Affiliate Institution

Question 1

Cost of machine =$18,000

Annual Payment= $5,000

Period = 4 years

Interest rate= 5% p.a

NPV = A*PVIFA

= A* [(1- (1/(1 + r)n) ) / r ]

= 5,000*3.5460

= $17,730

Question 2

In the present, we do not have enough purchasing power to acquire the machine. This is because the present value of our future cash payments is equal to $17,730, which is lower than the actual current cost of the machine valued at $18,000.

Question 3

The economics and finance concepts have played a significant role in making the present value calculation simple and easy to understand. Therefore, the present value concept is interesting and enjoyable.

Question 4

The provided text is effective in explaining the application of present value in capital budgeting decisions. This is because capital budgeting involves the planning of available capital to maximize profitability in the long-term. Therefore, if the present value of the cash inflows from an investment is lower than the current cost of the investment, we can decide to reject the investment. If the cost is lower than the cash inflows from an investment, we can accept to undertake the venture.

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