Answer:
$709,100
Explanation:
Cost of the building = $30150000
Average accumulated expenditures = $12500000
Actual interest = $1230000
Avoidable interest = $604000
Salvage value = $2390000
Useful life = 40 years
Depreciation expense for the first full year:
= ((Cost of the building + Avoidable interest) - Salvage value) / Useful life
= [($30150000 + $604000) - $2390000] / 40
= [$30754000 - $2390000] / 40
= $28364000 / 40
= $709,100
So, the depreciation expense for the first full year using the straight-line method is $709,100.
Answer: $3865.8
Explanation:
The formula to find the simple interest is given by :-
, where P is the initial amount deposited , r is the rate of interest in decimal and t is the time period in years.
Given : P= $1700 ; r= 9.8%=0.098 ; t=13 years
Then , the simple interest earned in 13 years will be :-

Now, the combined amount = P+I =$1700+$2165.8= $3865.8
Hence, the credit union would owe Heather $3865.8 in 13 years.
Answer: The correct answer is "D. They earn identical rewards per unit of systematic risk.".
Explanation: If you are comparing 3 values and by calculating, find that they all have the same Treynor ratio means that they earn identical rewards per unit of systematic risk.
Answer:
b. 16% defectives
Explanation:
Let the number of units shipped be N
Let the defect rate be y%
Cost of replacing defectives once shipped = (y/100)×N× 2.5 ........equation (1)
Cost of 100% inspection = N × 0.4 .........equation (2)
At the indifference point, both costs, that is the replacement cost and inspection cost are equal. Therefore, we make both equations (1) and (2) equal.
N × 0.4 = (y/100)×N× 2.5
100 × 0.4 = y ×2.5
y = 40/2.5 = 16
She is indifferent at 16% defectives
When you and your opponent battle back and forth having to either drop your prices or higher them.