Answer:
D- All of the above
Explanation:
Edg. 2021, took the test and got 100 percent
Answer:
a. project A; because its NPV is about $335 more than the NPV of project B.
Explanation:
As in the question it is mentioned that the required rate of return for project A and project B is 11.25% and 10.75% respectively.
Here we have to determined the net present value for both projects having different required rate of return
So based on the net present value the first option is correct as the project A is more than the project B
Therefore the first option should be accepted
Answer and Explanation:
The computation is shown below:
a) The adjusted basis for the land and the building at the acquisition date is
Land = $100,000
Building = $400,000
We recognized the purchase price of land and building
b. And, the adjusted basis for the land and the building at the end of 2019 is
Land = $100,000
Building is
= $400,000 - $4,708
= $395,292
We considered the cost recovery for the computation above
Answer:
$109.80 per unit
Explanation:
For we to be able to calculate the or solve the problem, we are to use the following method
Firstly
Variable cost per unit = $728,190 ÷ 8,700 units
Variable cost per unit = $83.70 per unit
Secondly
Fixed cost per unit at 8,900 units = $232,290 ÷ 8,900 units
Fixed cost per unit = $26.10 per unit
Lastly
Total cost = Variable cost + Fixed cost
Which we have as;
Total cost = $83.70 per unit + $26.10 per unit
Total cost = $109.80 per unit
Answer:
Intrinsic value of Stock C is 300
Explanation:
given data
expected pay dividend = $3
growth rate of dividends = 9%
stock C require a rate of return = 10%
stock D require a rate of return = 13%
solution
we get here intrinsic value by the DDM method
intrinsic value = Upcoming Dividend ÷ ( Required rate of return - Growth rate of stock ) .................1
intrinsic value =
intrinsic value =
intrinsic value = 300
so intrinsic value of Stock C is 300