Answer:
$2,933.40
Explanation:
For computing the owed amount, first we have to compute the daily rate per day which is shown below:
= Rent received ÷ number of days in a month
= $4,400 ÷ 30 days
= 146.67 per day
We know that the number of days in a month is 30 days and the landlord received a rent on December 10, so the remaining days would be 20 days ( 30 days - 10 days of march month)
Now the owed amount would be
= Remaining days × per day rate
= 20 days × 146.67
= $2,933.40
Answer:
<em>Cross-price elasticity of demand = 0.1</em>
Explanation:
We have the formula to calculate the cross-price elasticity of demand as below:
<em>Cross-price elasticity of demand = % change in quantity demanded for product X/ % change in price of product Y</em>
<em />
Starbucks raises its price by 5 percent, so that <em>percentage changes in price of Starbucks' products</em> are 5
McDonald's experiences a 0.5 percent increase in demand for its coffee, so that <em>percentage changes in quantity demanded for McDonald's coffee </em>is 0.5
=> <em>Cross-price elasticity of demand = % changes in quantity demanded for McDonald's coffee/ %changes in price of Starbucks' products</em>
<em>= 0.5/5= 0.1</em>
Answer:
The amount of bond issuance is $2,085,500
Explanation:
The computation of the amount of bond issuance is shown below:
= Raise capital + attorney cost - underwriter spread
= $2,000,000 + $150,000 - 3% of $2,150,000
= $2,150,000 - 3% of $2,150,000
= $2,150,000 - $64,500
= $2,085,500
Hence, the amount of bond issuance is $2,085,500
We simply applied the above formula so that the correct value could come
Answer:
Option (B) 10.87%
Explanation:
Data provided in the question:
common stock outstanding = 30,000
Market price = $15.00
Issuing price of share = $31 per share
Total face value = $280,000
Selling price = 86% of par
Cost of equity, ke = 13%
After-tax cost of debt, kd = 6.9%
Beta = 1.48
Tax rate = 30%
Now,
Market value of debt, Md = Total face value × Selling price
= $280,000 × 86%
= $240,800
Market value of equity, Me = Stocks outstanding × Market price
= 30,000 × $15
= 450,000
Thus,
WACC = [ Kd × Md + Ke × Me ] ÷ ( Md + Me )
= [ 0.069 × $240,800 + 0.13 × $450,000 ] ÷ ( $240,800 + $450,000 )
= $75,115.20 ÷ $690,800
= 0.1087
or
= 0.1087 × 100%
= 10.87%
Option (B) 10.87%
