For a present value PV invested at a constant continuously compounded annual rate r for t years, which expression gives the future value?
\(PV\,e^{rt}\)
Under continuous compounding, \(FV=PV\,e^{rt}\). It follows from \(\lim_{m\to\infty}PV\left(1+\frac{r}{m}\right)^{mt}=PV\,e^{rt}\), where r is expressed as a decimal annual rate.
Important Questions from Capital Budgeting - Teaching
Match List I with List II
List I
List II
A.
Erratic levels of customs service
I.
Inventory is in the wrong place at the wrong time
B.
No vision of future demand and its impact on production
II.
Lack of agreement between different departments, i.e., customer service, distribution, and manufacturing
C.
Too many changeovers in production
III.
Production lacks confidence in the marketing department's forecast.
D.
Too many stockouts
IV.
Inventory is either too high or too low.
Choose the correct answer from the options given below:
Which of the following methods of capital budgeting is best suited for leveraged projects?
- In which of the following methods of capital budgeting, cash flows are reinvested at the cost of capital?
