Answer:
The answer is 11.2%
Explanation:
Cost of acquisition: $16 per share
Annual dividend: $1
The stock increases by $2 every year for 3 years. Therefore, we have:
First year is $16 per share
Second year is $18 per share
Third year is $20 per share.
The arithmetic average annual capital gain will be
($2/$16 + $2/$18 + $2/$20)/3
(0.125 + 0.111 + 0.1) / 3
0.336/3
0.112
Expressed as a percentage:
= 11.2%
Answer:
C. optimal capital labor ratio remains the same
Explanation:
One pilot for each plane implies A = B
Let cost be C
So, isocost line is xA + rB = C
So, xA + yA = C (as L = K)
So, (x+y)A = C
So, A = C/(x+y) =B
Optimal capital labor ratio = B/A = 1 as B =A
Now, wage rate increases to x'
So, isocost line is x'A + yB = C
So, x'A + yA = C (as A = B)
So, (x'+y)A = C
So, A = C/(x'+y) = B
New optimal capital labor ratio =B/A = 1 as B = A
Thus, optimal capital labor ratio remains same because capital (planes) and labor (pilots) are used in fixed proportion.
Thus the answer is
C. optimal capital labor ratio remains the same
The primary advantages for most companies entering the realm of franchising are capital, speed of growth, motivated management, and risk reduction
Answer:
$535,000
Explanation:
The computation of the Latham's basis in the building is shown below:
= The material cost + direct labor cost + worker pension cost + architectural fees + depreciation on equipment + interest paid during the year
= $300,000 + $150,000 + $5,000 + $15,000 + $25,000 + $40,000
= $535,000
It includes both direct and indirect cost
Since we have to compute for the building so we do not considered the purchase value of land and the loan amount
Answer:
False
Explanation:
The after cost of debt is always lower than the before tax cost of debt. For example, a company borrows $1,000,000 and pays 7% interest per year. This results in $70,000 in interest expense before taxes = $1,000,000 x 7% = $70,000.
The after tax cost of the debt = $1,000,000 x 7% x (1 - tax rate) = $1,000,000 x 7% x (1 - 21%) = $1,000,000 x 7% x 0.79 = $55,300
