Answer:
The prize is worth $425,678.19.
Explanation:
Giving the following information:
Cash flow= $50,000
The number of years= 20 years.
Rate of return= 10%
First, we need to calculate the final value using the following formula:
FV= {A*[(1+i)^n-1]}/i
A= annual cash flow
FV= {50,000*[(1.1^20)-1]}/0.1
FV= $2,863,749.98
Now, the present value:
PV= FV/(1+i)^n
PV= 2,863,749.98/(1.1^20)
PV= $425,678.19
Answer:
- ($51,306)
Explanation:
Given that,
Loss of Contribution = $75,000
Fixed costs will be eliminated by dropping the CUP line = $23,694
Net loss on dropping cup line:
= Loss of contribution - Gain on fixed costs on dropping cup line
= $75,000 - $23,694
= - ($51,306)
Therefore, the net effect on dropping the cup line on net income is $(51,606).
Answer:
in all my school years i never seen this and i am in 12th grade
Answer: b.Correctly ignored a sunk cost
Explanation:
Sunk costs are those that are already incurred and should not have any influence on the decision to be made.
The cost of the ticket to the play has already been incurred and could not be sold, exchanged or transferred so was a sunk cost. By going to the concert with Simone, Ravi decided to ignore a sunk cost and he was correct to do so.
Answer:
<em>The future value of the investment will be $3,754</em>
Explanation:
<u>Future Value of Investment</u>
Suppose we have a principal P invested for a period of n years at an interest rate i compounded annually. The final value or future value FV of the investment can be computed by:
The case we are considering consists of a present value P=2,000 that will be used to purchase a n = 10-year certificate of deposit (CD). It pays i=6.5% interest. When the CD matures, 10 years from now its value will be
The future value of the investment will be $3,754
