Chapter 2: Capital Budgeting/Investment Decisions Flashcards
3 Financing Coverage
- Investment Decision
- Financing Decision
- Dividend Decision
May be defined as decision-making, firms evaluate purchased of major-fixed assets (building, machinery and equipment). To determine required return from a project.
Capital Budgeting
Significance of Capital Budgeting
- Long term effects
- Timing the availability of Capital assets
- Quality of capital assets
- Raising funds
- Ability to compete
Some Difficulties in Capital Budgeting
- Measurement problem
- Uncertainty
Project classifications
- Mandatory investment
- Replacement
- Expansion project
- Diversification project
- Research & Development projects
Capital budgeting evaluation techniques
- non-discounting methods
- Discounting method
Non-discounting methods
- Urgency
- Payback period
- Accountng rate of return
Discounting methods
- Net Present Value
- Profitability Index
- Internal Rate of return
It refer to the length of period required to recover the cost of investment
Payback period
Formula of Payback period
Intial cost of investment / Annual cash inflow
Find Payback Period
Given:
Year 0 = 5,000,000
Year 1 = 2,000,000
Year 2 = 2,500,000
Year 3 = 3,500,000
Year 4 = 2,000,000
Year 5 = 2,000,000
Year 1 = 2,000,000 = 1
Year 2 = 2,500,000 = 1
Year 3 = (5,0000,000 - 4,500,000) / 3,500,000 = 0.14
PP = 2.14 years
Find Payback Period
Given:
Intial Capital = 3,000,000
Year 1 = 1,200,000
Year 2 = 1,200,000
Year 3 = 1,200,000
Year 4 = 1,200,000
Year 5 = 1,200,000
Year 1 = 1,200,000 = 1
year 2 = 1,200,000 = 1
Year 3 = (3,000,000-2,400,000) / 1,200,000 = 0.5
PP =. 2.50 years
Find Payback Period
Given:
Intial Capital = 30,000,000
Year (1-5) = 5,000,000 per year
Year (6-10) = 6,000,000 per year
Year 1 - 5 = 25,000,000 (5M x 5 years) = 5
Year 6 = 5,000,000 / 6,000,000. = 0.83
PP = 5.83 years
Formula of Accounting rate of return (ARR)
Average income after tax / Initial cost of investment
Formula of Net Present Value
Present Value - Cash outflow
Formula of Profitability Index
Present value of cash inflow (PVCI) / Initial cost of investment
Find Payback Period
Given:
Intial Capital = 800,000
Year 1 = 300,000
Year 2 = 350,000
Year 3 = 450,000
Year 4 = 500,000
Year 5 = 800,000
Year 1 = 300,000 = 1
Year 2 = 350,000 = 1
Year 3 = (800K- 300K - 350K) / 450,000 = 0.33
Answer = 2.33 years
Find Net Present Value
Given:
Intial Capital = 800,000
Year 1 = 300,000
Year 2 = 350,000
Year 3 = 450,000
Year 4 = 500,000
Year 5 = 800,000
Rate = 8%
Year 1 = 300,000 x 0.9259 = 277,770
Year 2 = 350,000 x 0.8573 = 300,055
Year 3= 450,000 x 0.7938 = 330, 210
Year 4 = 500,000 x 0.7350 = 367,500
Year 5 = 800,000 x 0.6806 = 544,480
(PVCI) 1,820,015 - (PVCO) 800,000
NPV = 1,020,015