Answer:
$85 per machine hour
Explanation:
Actual Budgeted
Fixed costs $50,000 $47,960
Machine hours – Assembly 1,900 1,976
Variable costs – Assembly $121,000 $120,000
since the single rate method does not distinguish between fixed or variable costs, in order to determine the cost allocation rate we must add the fixed allocation rate and the variable allocation rate:
- variable allocation rate = $120,000 / 1976 machine hours = $60.73
- fixed allocation rate = $47,960 / 1976 = $24.27
total = $60.73 + $24.27 = $85 per machine hour
Answer:No
Explanation: the company requested to the team to develop an alternative to improve the client's satisfaction and reduce loss
Honesty , Trustworthy , Determined & Passionate .
Answer:
See below
Explanation:
A supply schedule shows the quantities that suppliers are willing to sell in the market at different prices. It is a table format with quantity on one column and prices on another. As per the law of supply, high prices lead suppliers to supply more at the market.
The supply schedule illustrates in a table format the relations between the price and the quantity supplied. It will show how the quantity increase as prices increases. The supply schedule is a tabular representation of the supply curve.
Answer: The answer is $2,759.22
Explanation: From the question above, we have:
September 1st to January 1st is 4 months, this is 1/3 of a year which means that the student will earn:
=> 9/3 = 3%
3% interest for the money that is saved is the savings account. So the student must put in at least:
x + 3%x = 1400
x + 0.03x = 1400
1.03x = 1400
x = 1400 / 1.03
x = 1,359.22
Therefore, if the student saves $1,359.22 in the savings account By September 1st, she will have $1400 by January 1st.
Also, the student needs to make $1400 for the first semester. So overall she will need to make:
1,400 + 1,359.22 = $2,759.22 during the summer in order to ensure that she will have enough money to pay for both semesters.