Answer:
The correct answer is c. Marginal analysis
Explanation:
Marginal analysis is a technique you can apply when you are comparing some options. We can say this analysis is an examination of the additional benefits of an activity compared to the additional costs incurred by that same activity. Using this technique you can maximize the potential profits.
The additional cost versus the additional benefit of a decision. In this case, Bill and Alma are analyzing if living 10 miles closer to their workplaces ( benefit) is worth the extra $25,000 in the cost of the house(cost). This is marginal analysis.
Answer:
(2)
Explanation:
"Although" Implies that even though her request was denied, she will begin something else in two weeks. "But" makes it sound like a negative thing, even though it isn't
Answer:
1,657,000 units
Explanation:
The FIFO method is concerned with the work done in the current production period.
<u>Equivalent Units of Production - Conversion Costs</u>
To finish Opening Work In Process ( 85,000 x 80%) 68,000
Started and Completed [(1,430,000 - 85,000) x 100%] 1,345,000
Ending Work In Process 305,000 x 80% 244,000
Total Equivalent Units of Production - Conversion Costs 1,657,000
therefore,
the equivalent units for the conversion cost calculation are: 1,657,000 units
Amortizing a loan P over n periods at i% interest / period, the payment per period is given by:
In given situation,
P=20000
period=month
i=10%/12
n=5*12=60 months
A. monthly payment amount
to the nearest cent
B. EAR (effective annual rate)
the APR is 10%, but compounded monthly.
So
EAR=(1+i/12)^12-1
=(1+0.1/12)^12-1
=0.104713
=10.4713% (effective annual rate)
Answer:
Annual deposit= $21,568.87
Explanation:
Giving the following information:
You have just turned 30 years old. Every dollar in the plan earns 9 % per year. You cannot make withdrawals until you retire on your 60th birthday.
You will need $ 98,000 per year starting at the end of the first year of retirement and ending on your one-hundredth birthday.
First, we need to calculate the total amount needed at age 60.
Final value= 30years*98,000= $2,940,000
To calculate the annual deposit we need the following formula:
FV= {A*[(1+i)^n-1]}/i
A= annual deposit
Isolating A:
A= (FV*i)/{[(1+i)^n]-1}
A= (2,940,000*0.09)/[(1.09^30)-1]= $21,568.87
