Answer:
(17,900) net loss
Explanation:
51 - 16 = 35
Special order Contribution margin
28 sales price - 16 variable cost - 3 shipping cost = 9
Total contribution for the order
3,580 units x 9 CM= 32,220
3,580 x 14 fixed cost = (50,120)
(17,900) net loss
We should assume the fixed cost will increase because we are at full capacity.
Bargain Electronics would realize a loss of $17,300 by accepting the special order.
To determine the net income (loss) from accepting the special order, we need to calculate the cost of producing the units, including both variable and fixed costs, and subtract it from the revenue generated from selling the units to the foreign wholesaler. The cost to produce each unit is $16 variable cost + $14 fixed cost + $3 shipping cost = $33. So, the total cost to produce 3,580 units is $33 × 3,580 = $117,540.
The revenue from selling the units to the wholesaler would be 3,580 × $28 = $100,240. The net income (loss) is calculated by subtracting the total cost from the revenue: $100,240 - $117,540 = ($17,300). Therefore, Bargain Electronics would realize a loss of $17,300 by accepting the special order.
The primary topic of this question is calculating net income (loss) for a business.
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Answer:
The answer is $41.2
Explanation:
This will be solved by Dividend Discount Model which is one of the ways of valuing the price of shareholders' equity.
Here, the future value of dividend payment are discounted using the cost of equity.
Ke = D1/Po + g
Where Ke is the cost of equity
D1 is future dividend payment.
Po is the current share price or stock price
g is the growth rate.
To find the current price of stock price, we need to re write the equation;
Po = D1 ÷ (Ke - g)
D1 = Do x 1.03
= $2 x 1.03
=2.06
Ke = 8% or 0.08
g = 3% or 0.03
So we have;
2.06 ÷ (0.08 -0.03)
$2.06 ÷ 0.05
$41.2
Answer:
a. No entry is required.
b. Payroll Dr. $30,000
Wages Payable Cr. $30,000
c. Payroll Dr. $30,000
Federal Income Tax Cr. $4,500
FICA Taxes Payable Cr. $2,400
Wages Payable Cr. $23,100
d. Payroll Dr. $30,000
Federal Income Tax Cr. $4,500
FICA Taxes Payable Cr. $2,400
SUTA Cr. $1,800
FUTA Cr. $300
Wages Payable Cr. $21,000
Answer:
Accounts receivable turn over is 16.64
Explanation:
To compute accounts receivable turn over ratio, we simply divide net credit sales over the average accounts receivable.
Accounts receivable turn over ratio = $1,240,000/$74,500
= 16.64
The higher the ratio, the better it is in the company. It simply means, the company exercises the effective way to collect its receivable from the customer.
*Net credit sales is derived by deducting sales returns and allowances from gross credit sales. If the problem is silent regarding cash sales, we will assume that the sales made by the period is all at credit.
Answer:
Explanation:
Journal entry
a. Dr Cash 100750
Cr Capital- Kacy spade 100750
(Investment in company)
b. Dr Office supplies 1250
Cr Cash 1250
(to purchase office supplies on cash)
c. Dr Office equipment 10050
Cr Accounts payable 10050
( To record purchase of office equipment)
d. Dr Cash 15500
Cr Service fee income 15500
( To record service provided to customer)
e. Dr Accounts payable 10050
Cr Cash 10050
( To record payment of office equipment purchase)
f. Dr Account receivable 2700
Cr Service revenue 2700
(To record service revenue)
g. Dr Rent expense 1225
Cr Cash 1225
( To record rent expense on cash)
h. Dr Cash 1125
Dr Account receivable 1125
( To record partial collection of receivable )
i. 1) Dr Retained earning 10000
Cr Dividend payable 10000
( To record dividend yet to be to shareholder )
2.) Dr Dividend payable 10000
Cr cash 10000
( To record Payment of cash dividend)
Cash capital-kacy spade
Dr____________Cr___ ___ DR ___________Cr
100750 --- 1250 --100750
15500 ---10050
---1225
1125-- 10000
Office supplies Office equipment
Dr ____________Cr__ __ Dr _____________Cr
1250-- 10050---
Accounts payable Service fee income
Dr_____________Cr_ __ Dr ___________Cr_
10050 ---- 10050 ---- 10050
---2700
Service revenue Account receivable
Dr_____________Cr__ _ Dr ______________Cr
-- 2700----1125
rent expense retained earning
Dr____________Cr__ _ Dr __________Cr__
1225-- 10000 ---- 10000
Dividend payable
Dr_______________Cr
10000 --- 10000
Trial Balance
Cash 94850 100750 Capital-Kacy spade
Salary expense
Rent expense 1225 Account payable
Office Equipment 10050 Retained earning
Prepaid insurance 12750 Service revenue
office supplies 1250 Dividend payable
Account receivable 1575
total 108950 = 108950
a. If you require a risk premium of 8%, how much will you be willing to pay for the portfolio?
b. Suppose the portfolio can be purchased for the amount you found in (a). What will the expected rate of return on the portfolio be?
c. Now suppose you require a risk premium of 15%. What is the price you will be willing to pay now?
d. Comparing your answers to (a) and (c), what do you conclude about the relationship between the required risk premium on a portfolio and the price at which the portfolio will sell?
Answer:
a. If you require a risk premium of 8%, how much will you be willing to pay for the portfolio?
the expected value of our portfolio = ($120,000 x 50%) + ($300,000 x 50%) = $210,000
the current market price of the investment = $210,000 / 1.13 = $185,840.71
discount rate = 5% + 8% = 13%
b. Suppose the portfolio can be purchased for the amount you found in (a). What will the expected rate of return on the portfolio be?
13%, it should be equal to the discount rate
c. Now suppose you require a risk premium of 15%. What is the price you will be willing to pay now?
the current market price of the investment = $210,000 / 1.21 = $175,000
discount rate = 5% + 15% = 20%
d. Comparing your answers to (a) and (c), what do you conclude about the relationship between the required risk premium on a portfolio and the price at which the portfolio will sell?
the higher the risk premium, the lower the market price of the portfolio
Answer:
Allocated MOH= $274,850
Explanation:
Giving the following information:
Estimated manufacturing overhead cost $238,900
Estimated machine hours 20,000
Actual machine hours 23,000
First, we need to calculate the predetermined overhead rate:
Predetermined manufacturing overhead rate= total estimated overhead costs for the period/ total amount of allocation base
Predetermined manufacturing overhead rate= 238,900/20,000
Predetermined manufacturing overhead rate= $11.945 per machine-hour
Now, we can allocate overhead:
Allocated MOH= Estimated manufacturing overhead rate* Actual amount of allocation base
Allocated MOH= 11.95*23,000
Allocated MOH= $274,850