Answer:
option (C) is correct.
Explanation:
Given that,
Beginning work in process inventory: $102,000
Direct materials used: 156,000
Actual overhead: 132,000
Overhead applied: 138,000
Cost of goods manufactured: 675,000
Total manufacturing costs: 642,000
Company's direct labor cost for the year:
= Total manufacturing costs - Overhead cost - Direct materials cost
= Total manufacturing costs - Overhead applied - Direct materials used
= $642,000 - $138,000 - $156,000
= $348,000
Answer:
33,793 pizzas
Explanation:
The annual break-even sales level for the number of pizzas sold in the location is computed using the break-even sales units formula below:
break-even sales=fixed costs/contribution margin per pizza
fixed costs=$245,000
contribution margin per pizza=selling price-variable cost
selling price=$12.50
variable cost=selling price*42%
variable cost=$12.50*42%
variable cost=$5.25
contribution margin per pizza=$12.50-$5.25
=$7.25
break-even sales=$245,000/$7.25
= 33,793 pizzas
Answer:
C. Thursday
Explanation:
Once auctioned on Monday or Tuesday, Treasury Bills are issued to the winning bidders and must be paid on Thrusday immediately following the auction date.
Federal reserves conduct treasury bill auction on Monday or Tuesday. Treasury bills are auctioned weekly and one year Treasury bill are auctioned monthly. Amount of securities represented by non competitive bills are withheld from auction and are filled with average winning yield, these bids are taken priority.
Answer:
Process Costing
Explanation:
Process Costing allows so many units to be in production at the same time which are identical. The cost of each unit can be determined by calculating the average price using to total units produced.
Answer:
73 years
Explanation:
To solve this problem, we can use the formula for the annual compound interest, which is:
where:
A is the final amount after time t
P is the principal
r is the rate of interest
t is the time
In this problem, we have:
is the principal
is the interest rate (5.5%)
We want to find the time t at which the amount of money is
A = $100,000
Therefore, we can re-arrange the equation and solve for t:
So, it will take 73 years.