Answer:
1. $3.20 x 2.20 = $7.04
2. It will be favorable.
3. It will be unfavorable.
4. Direct material price variance = $22
Direct material quantity variance = 0.48
Explanation:
1. Standard direct cost per unit=cost of direct materials price x direct material standard quantity per unit.
2. It will be favorable because they expected or had budgeted to pay $3.60 per foot for the material but the actual cost became $3.20. So they pay $0.40 less than they had expected to pay.
3. It will be unfavorable because they had planed or budgeted for each unit to use 2.05 feet of leather but they ended up needing 2.20 feet of leather per collar so that means they under budgeted by 0.15 feet.
4. Direct material price variance =( $3.60 x 55) less ($3.20x55)=$22
The total amount that was budgeted or expected to be paid is subtracted from the total actual price that was paid.
Direct material quantity variance = (2.05x$3.20) less (2.20x$3.20)= -0.48
The total direct material quantity that is used is subtracted from the quantity that was expected to be used.
Answer:
55,060 machines
Explanation:
Projected sales = 54,500
Estimated opening balance = 6,860
Desired ending balance = 7,420
Budgeted production = ?
Let the budgeted production be B
Using the formula
Opening balance + Budgeted production - Sales = Closing balance
6,860 + B - 54,500 = 7,420
B = 7,420 + 54,500 - 6,860
B = 55,060
The budgeted production for the year is 55,060 machines.
Explanation:
In the case of the complements goods, if the price of the soda rises, the demand would be decreased and the supply would rises. Since the soda and pizza are complementary goods so the impact of one good would be the same for another good also
Moreover, we also know that the price and the demand has an inverse relationship but the price and the supply has a direct relationship
Answer:
PV= $37,204.70
Explanation:
Giving the following information:
Interest rate= 6% compounded semiannually= 0.03
Future value= $50,000
Number of periods= 5*2= 10
To calculate the initial investment to reach the objective, we need to use the following formula:
PV= FV/(1+i)^n
PV= 50,000/(1.03^10)
PV= $37,204.70
Answer and Explanation:
The preparation is presented below:
<u> McDaniel Company </u>
<u> Partial balance sheet</u>
Particulars Amount
Current liabilities
Note payable $250,000
Long term debt
Note payable refinance $950,000
Total liabilities $1,200,000
We simply added the long term debt and the current liabilities so that the total liabilities could come
