Answer:
The cost of the work transferred-out during May is $18,630
Explanation:
For computing the cost of work transferred, first we have to compute the conversion cost per unit and material cost per unit
The conversion cost per uni = Conversion cost ÷ (transferred units + work in progress)
= $11,160 ÷ (2,700 + 300 × 30%)
= $11,160 ÷ (2,700 + 90)
= $11,160 ÷ 2,790
= $4 per unit
Now, material cost per unit = Material cost ÷ (transferred units + work in progress)
= $8,700 ÷ (2,700+300)
= $8700 ÷ 3,000
= $2.9 per unit
So, total cost of the work transferred is equals to
= Transferred units × conversion cost per unit + transferred units × material cost per unit
= 2,700 × $4 + 2,700 × $2.9
= $10,800 + $7,830
= $18,630
Hence, the cost of the work transferred-out during May is $18,630
Answer:
The correct answer is B.
Explanation:
Gross profit equals net sales minus cost of sales(Net sales- Cost of Sales).
Net sales = $325,000
Cost of Sales = $240,500
Therefore we have;
$325,000 - $240,500
=$84,500
Gross profit ratio is (Gross profit/net sales) x 100%
($84,500 x $325,000) x 100%
26%
Answer:
The correct option is c. Purchases assets at a cost of $25,000,000.
Explanation:
An emergency loan can be described as a loan that can obtained on short notice by a borrower in to cover unexpected costs.
From the options, purchasing assets at a cost of $25,000,000 will leave Chester in a serious liquidity position as the it will take 94.92% [i.e. ($25,000,000 / $26,337,000) * 100] of its current cash balance and leave the company with just $1,337 current cash balance.
Because the next period's Cash Flows From Operations are expected to be the same as this period's, purchasing assets at a cost of $25,000,000 puts Chester at the greatest danger of needing an emergency loan.
Therefore, the correct option is c. Purchases assets at a cost of $25,000,000.
Answer:
A. $50 in required reserves.
Explanation:
Required reserve is a reserve amount which is required by the regulatory authority to a bank to maintain as a percentage of total deposit. Sometimes the bank reserve extra amount above the requirement to deal with any abnormal transaction. This value is known as the excess reserves.
As per given data
Deposits = $500
Reserves = $200
Required Reserve ratio = 10 percent
Required reserve = Reserve required / Total Deposit
0.1 = Reserve required / $500
Reserve Required = $500 x 0.1
Reserve Required = $50
Excess reserve value = Actual Reserve - Required reserve = $200 - $50 = $150
Answer:
65000 units
Explanation:
Given:
Expected sales of product W in April = 60000 units
Expected sales of product W in May = 75000 units
Expected sales of product W in June = 70000 units
Inventory in hand at the end of each month = 40% of the next month's expected sale
Inventory expected at the end of the April = 40% of the expected sales in May
or
Inventory expected at the end of the April = 0.4 × 75000 = 30000 units
Therefore, the total units required in April = Expected sales of product W in April + Inventory expected at the end of the April
or
the total units required in April = 60000 + 30000 = 90000 units
Now,
Excessive production in March (inventory) = 25000 units
Hence, the units required to be produced in April = the total units required in April - Excessive production in March (inventory)
or
the units required to be produced in April = 90000 - 25000 = 65000 units
