"<span>For whom to produce?" is the one economic question among the following choices given in the question that </span><span>is addressed by targeting teenage buyers. The correct option among all the options that are given in the question is the first option. I hope that this is the answer that has actually come to your desired help.</span>
I looked up the question, since this one is incomplete. I've attached an image of the correct chart. Elvis' marginal benefit of the fourth sandwich is his total benefit of eating 4 sandwich minus his total benefit from eating 3 sandwiches.
Looking at the chart, we see that this gives us 81-75 = 6.
Therefore, the Marginal Benefit of a fourth sandwich is 6.
Answer:
a. $58,000
b. $6,752
c. $9,000
Explanation:
a. The computation of taxable income is shown below:-
Taxable income = Salary - Short term capital loss + Cash Prize - Greater of Standard or itemized deduction for year 2018 (assumed)
= $80,000 - $2,000 + $4,000 - $24,000
= $58,000
b. The computation of tax liability is shown below:-
Tax liability (Surviving spouse) = ($1,940) + ($58,000 - $19,400) × 12%
= $1,940 + $38,600 × 12%
= $1,940 + $4,632
= $6,572
c. The calculation of Charlotte's child and dependent tax credit is given below:-
= ($2,000 × 4) + ($500 × 2)
= $8,000 + $1,000
= $9,000
Answer:
A
Explanation:
Breakeven quantity is the number of units produced and sold at which net income is zero
The product should not be released because the demand is less than breakeven quantity. If the product is released, the firm would earn losses
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%