<span>increased spending leads to a larger increase in GDP than the same reduction in taxes. </span>
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
Answer:
total weight of debt = 0.343 or 34.3%
Explanation:
stock's market value = 17,500 x $69 = $1,207,500
bond₁'s market value = $250,000 x 101.5% = $256,750
bond₂'s market value = $350,000 x 106.5% = $372,750
total market value of the firm = $1,837,000
weighted capital structure:
market value weight
stocks $1,207,500 0.657
bond₁ $256,750 0.140
bond₂ $372,750 0.203
total $1,837,000 1
total weight of debt = 0.343 or 34.3%
<span>If a product is to be properly commercialized, there must be integration between finance and marketing.</span>
Answer:
The owner's equity amounts to $1,040,000
Explanation:
The formula to compute the owner's equity is as:
Owner's equity = Assets - Liabilities
Where
Assets = Land + Machinery + Cash
= $1,500,000 + $30,000 + $10,000
= $1,500,000 + $40,000
= $1,540,000
Liabilities = Loan
= $500,000
Putting the values above in the formula:
= $1,540,000 - $500,000
= $1,040,000