Answer:
A. service life refers to the time an asset will be used by a company and physical life refers to how long the asset will last.
Explanation:
A company might buy a copy machine that stays in excellent working order for 10 years, but slowly starts breaking down after 10 years so they sell it at a used office equipment sale. Someone else buys it at a discount and uses it for 2 more years before it completely stops working. It's service life was the 10 years that the original company used it, and it's physical life is the 12 years that it lasted before totally breaking down.
Answer:
Debt = 83.19%
Equity = 16.81%
Explanation:
Given that
Market value of the equity = $4 billion
Market value of debt = $19.8 billion
Total firm capital would be
= Market value of the equity + Market value of the debt
= $4 billion + $19.8 billion
= $23.8 billion
So, the weightage of debt would be
= Market value of debt ÷ Total firm capital
= $19.8 billion ÷ $23.8 billion
= 83.19%
And, the weightage of equity is
= Market value of equity ÷ Total firm capital
= $4 billion ÷ $23.8 billion
= 16.81%
The answer would be convenience
Answer:
$93,840
Explanation:
Calculation to determine how much is the total budgeted variable selling and administrative expenses for October
October Total budgeted variable selling and administrative expenses=
(0.6 + 1.2 + 0.3 + 0.35) x 7200 +6000 + 39,000 + 7,200 + 24,000
October Total budgeted variable selling and administrative expenses=2.45x 7200 +6000 + 39,000 + 7,200 + 24,000
October Total budgeted variable selling and administrative expenses=$17,640+6000 + 39,000 + 7,200 + 24,000
October Total budgeted variable selling and administrative expenses=$93,840
Therefore the total budgeted variable selling and administrative expenses for October is $93,840
Answer:
Instructions are listed below.
Explanation:
Giving the following information:
The members want to set up a perpetual fund to provide $100,000 for future replantings every 10 years. The interest rate is 5%.
I will assume that the money is deposited as a lump sum:
FV= PV* (1 + i)^n
PV= FV/ (1+i)^10
PV= 100,000 / 1.05^10= $61,391.33
Now, if n is 100 years:
PV= 100,000/ 1.05^100= $760.45