Answer:
The answer is "
"
Explanation:
Please find the complete question in the attached file.
Commercial sector contribution margin

Margin per unit of contribution = sales price – Unit cost variables
Margin of Contributions = Revenue Sales - Fixed expenses
Aerospace industry variable costs

I saw on quizlet.com that the answer to this question is $199,000 and that number appears to be one of your choices. If I were you I would choice C.
Answer:
A. If the motor scooter is sold for $2.480, then the net present value (NPV) for the product will be zero.
Explanation:
As we believe that The break even point is the point where the organization has no income gained and no loss incurred While the present net value is the value that determines whether or not the projects will be approved after considering the discounted cost.
It means that if the original investment is less than the present value then the proposal is otherwise refused, the break even point is where the net present value is zero
Hence, the first option is correct
Answer:
Taylor can withdrawn 1,374.20 dollars each month
Explanation:
Timeline:
deposits of 444 for 20 years = withdrawals of X for 15 years
<-----/-/-/-/-/-/-/-/-/-/-/-/-/-/-/-/-/---\\-\-\-\-\-\-\-\-\-\-\-\->
We must calcualte amount to satisfy:
future value of his deposits = present value of his withdrawals
We first need to get the future value of the retirement account
and then the PMT this fund can do.
<u>deposits future value:</u>
C $ 444
time 240 (20 years x 12 months er year)
rate 0.003333333 ( 0.04 annual rate / 12 months = monthly rate)
FV $162,847.9340
<u>withdrawals PMT:</u>
PV $162,847.93
time 180
rate 0.005
C $ 1,374.203
Answer:
the total compensation cost is $75,000
Explanation:
The computation of the total compensation cost for this plan is shown below:
Total compensation cost = option granted × fair value of each option
total compensation cost = 75000 × $1
total compensation cost = $75,000
Here to determined the total compensation cost we simply multiplied the option granted with the fair value of each option so that the correct amount could come
Therefore the total compensation cost is $75,000