Answer:
Accounts
Wages Expense
Wages Payable
$100,000
$100,000
Explanation:
As the expense is accrued but not paid at the end of 2013. The transaction requires an adjusting entry. This will charge a wages expense and create the wages payable liability. Ultimately on January 3 it will be paid. Wages for the two weeks are $100,000 and the 14 days has been passed for the pay period until year end of 2013.
Answer:
Net income= $33 million
Explanation:
A leveraged buyout is a buyout of an entity by it's own managers/board members mostly through debt financing. Now the expected sales after the buyout is 500 million, we are asked to calculate net income only in the first year. First of all lets see what net income is. Net income is the remaining amount of income after having paid all the expenses which is mostly the residual income available for either distribution to shareholders or transfer to retained earnings.
The formula for net income is as follows:
Net income/profit= Sales revenue - COGS - Administrative expenses- depreciation and amortization - Interest expense - Tax
Let first calculate COGS & other administrative expense, depreciation and interest expenses first.
COGS & ADMIN: 500*0.6=300 m
Depreciation: 500*0.05 =25m
Interest expense for the year: 1500 * 0.08= 120m
Now lets substitute values in the formula mentioned above:
Income before taxes: 500m - 300m - 25m - 120m
Income before taxes: 55m
Income after taxes; 55m - 22m (taxes= 55*40%)
Net income= $33 million
Answer:
$279,200
Explanation:
The computation of working capital is shown below:-
As we know that
Working capital = Current assets - Current liabilities
where,
Current assets = cash balance + account receivable + Inventory
= $129,200 + $122,600 + $209,300
= $461,100
And,
Current liabilities = Account payable + Salaries & wages payable
= $153,500 + $28,400
= $181,900
now we will put the values of the above working capital formula
= $461,100 - $181,900
= $279,200
Answer:
Order size = 50 cars
The number of orders=25
Explanation:
<em>The Economic Order Quantity (EOQ) is the order size that minimizes the balance of ordering cost and holding cost. At the EOQ, the carrying cost is equal to the holding cost. </em>
It is computed using the formulae below
EOQ = √ (2× Co× D)/Ch
Co- Ordering cost, Ch- Carrying cost - D- Annual demand
EOQ= √2× 1000× 1250/1000= 50
Number of cars to be ordered per time, i.e optimal order size= 50 cars
Order size = 50 cars
b)
The number of times orders should be placed per year would be calculated as follows:
The number of orders = Annual demand/ order size
The number of orders= 1250/50 = 25
The number of orders=25
Answer:
opportunity cost = 2.67 bushels of corn per 1 bushels of beans
Explanation:
given data
bushels of corn = 16
bushels of beans = 6
to find out
opportunity cost of 1 bushel of beans
solution
we get here opportunity cost that is express as
opportunity cost = ..............1
put here value and we will be get here
opportunity cost =
opportunity cost = 2.67 bushels of corn per 1 bushels of beans