Answer:
$56,000
Explanation:
Given the above information, we will calculate first the total cash flow.
Total cash flow = Opening cash receivable + Sales - Ending cash receivables
= $196,000 + $880,000 - $226,000
= $850,000
Ending cash balance = Opening cash balance + Total cash flow - Cash disbursement
= $146,000 + $850,000 - $940,000
= $56,000
Answer:
$600 unfavorable
Explanation:
The budgeted cost of producing 14,000 units at $5.50 per unit and with fixed costs of $19,400 is:

The variance is given by subtracting the budgeted cost by the actual cost ($97,000):

Since the variance is negative, the variance is unfavorable
Answer:
The overhead cost assigned to each unit of product B is $46.2 per unit.
Explanation:
Overhead absorbed in each product B can be calculated as under:
Overhead Absorbed = Overhead Absorption Rate * Absorption Basis
Here in this question, the absorption basis is Direct labor hours. So the direct labor hour per unit of Product B is 0.7 Hr and the OAR is $66.
By putting values in the above equation, we have:
Overhead Absorbed = $66 per unit * 0.7Hrs = $46.2 per unit
Answer:
The correct response is "6.71 years".
Explanation:
The given values are:
Loan amount
= $30 Million
Loan payment per year
= $5 Million
Interest rate
R = 3%
Let,
The take number of years will be "n".
⇒ 
⇒ 
⇒ 
⇒ 
⇒ 
On taking log both sides, we get
⇒ 
⇒ 
Answer:
The insurance cost should be allocated to the products made in January and to those made in February is $8,000 and $7,000 respectively.
Explanation:
For computing the allocated insurance cost, first, we have to compute the per labor rate which is shown below:
Per labor rate = (Annual premium) ÷ (Labor hours)
= ($120,000) ÷ (48,000 hours)
= $2.5
Now the insurance cost would be
For January = Labor rate per hour × number of labor hours\
= 3,200 hours × $2.5
= $8,000
For February = Labor rate per hour × number of labor hours
= 2,800 hours × $2.5
= $7,000