Answer:
Total FV= $7,313.7
Explanation:
Giving the following information:
Year Cash Flow 1 $ 1,040 2 1,270 3 1,490 4 2,230
Discount rate= 9% = 0.09
<u>To calculate the future value, we need to use the following formula on each cash flow</u>:
FV= Cf*(1+i)^n
FV1= 1,040*(1.09^4)= 1,468.04
FV2= 1,270*(1.09^3)= 1.644.69
FV3= 1,490*(1.09^2)= 1,770.27
FV4= 2,230*1.09= 2,430.7
Total FV= $7,313.7
Answer:
$926,000
Explanation:
For computing the initial cost of the warehouse project, we consider the current value of the land i.e represent the opportunity cost and the land value which is purchased six years ago for $874,500 represent the sunk cost which is not recoverable now. So, this sunk cost is not relevant.
And, the lease cost is also not relevant as the lease period will be ended soon.
All other information which is given is not relevant. Hence, ignored it
Answer:
The maximum interest rate the bank needs to offer on the loan if Martin is at least to break even on this investment is A) 6%
Explanation:
Martin is offered an investment where for $4000 today, he will receive $4240 in one year. The interest rate of the investment = ($4,240-$4,000)/$4,000x100% = 6%
The maximum interest rate the bank needs to offer on the loan if Martin is at least to break even on this investment should equal the interest rate of the investment: 6%
Answer:
C) 100 − 16Y
Explanation:
The computation of the marginal benefit is shown below:
The marginal functions represent the derivatives with respect to the total functions as compared to Y.
so, the marginal benefit function is MB(Y)=dB(Y) ÷ dY
d (100Y - 8Y^2} ÷ dY
= 100 -16Y
Therfeore the option c is correct
Answer:
17.15 m/s
Explanation:
This is a case of free fall, so we can use the next equation:
where
is the final velocity
is the initial velocity (0 in this case)
is the acceleration of gravity 
and 
is the height at wich the ballon was pitched.
So we have:
The final velocity, the velocity of the ballon when it hits the ground is 17.15m/s.
