Answer:
$165,000
Explanation:
Data provided in the question;
variable overhead data
Actual Budgeted
Production 30,000 units 24,000 units
Machine-hours 15,000 hours 10,800 hours
Variable overhead cost per machine-hour $11.00 $11.25
Now,
The actual variable overhead cost will be
= Actual machine hour × Actual Variable overhead cost per machine-hour
= 15,000 × $11.00
= $165,000
Hence,
The actual variable overhead cost for the Roberson Corporation is $165,000
Answer:
Hence, the minimum transfer price = $2
Explanation:
Transfer price is the price at which goods are exchange between branches or divisions of the same group
Where a division is operating at the less than the existing capacity, to optimist the group profit, the minimum transfer price should be set as follows
Minimum transfer price = Variable cost
It is worthy of note that there is no opportunity cost associated with any transfer to the Cologne division because the Bottle division is currently having excess capacity- it can meets all demands both external and internal.
<em>Therefore, any offering price equal to or above the variable manufacturing cost of $2 would be acceptable and optimize the group profit</em>.
Hence, the minimum transfer price = $2
Small economy I think or up close economy
Answer:
soft and I don't know what you think about ITYSUFJDDHSHDH I don't know what you think you think you think about to be part
Explanation:
of the old girl I don't know what you think about it is not going to be part of the old girl I don't know what you think about it is your favorite song is your favorite song is your favorite song is your favorite song is your favorite song is your favorite song is your favorite song is your favorite song is your favorite
Answer:
a. $11,000
b. $2,200
Explanation:
According to the cash basis accounting, the cash is recorded when actual cash is received
But as per the accrual basis of accounting, the revenue is recorded when it is realized or earned whether cash is received or not
So,
a. Cash basis = $11,000
b. Accrual basis
= $11,000 ÷ 10 months × 2 months
= $2,200
