Answer:
Labor Rate Variance = - $1,188 Unfavorable
Explanation:
Provided labor hours for each radio = 0.9
Standard labor cost per hour = $7.20
Actual labor cost = $48,708
Actual labor hours = 6,600
Actual labor rate = $48,708/6,600 = $7.38
Labor Rate Variance = (Standard Rate - Actual Rate) 
Actual Hours
= ($7.20 - $7.38) 6,600 =<em><u> - $1,188 Unfavorable</u></em>
Answer:
Luana will save $2,493.522
Explanation:
Given:
Luana will deposit $570 every year for 4 years. This is an annuity as same amount is deposited every year.
Rate is 6% or 0.06
We have to compute Luana's savings at the end of 4th year.
Refer future value of annuity factor table at 6%, 4th year. Annuity factor is 4.3746.
Savings = Yearly deposit × Annuity factor
= 570 × 4.3746
= $2,493.522
Therefore, Luana will save $2,493.522 by the end of 4 years.
I believe the answer is -A!
Have a Warm and Wonderful Day!!
Answer:
the average cost per unit that should be used to determine the cost of the units sold on January 28 is $ 59.00
Explanation:
The Weighted Average Cost Method calculates the new cost of Inventory with each purchase of Inventory.
The Perpetual Inventory System records the cost of inventory sold with each sale made.
<u>Calculation of the new cost of Inventory with each purchase of Inventory :</u>
January 10:
Cost per Unit = Total Cost / Total Number of Units
Cost per Unit = (( 600 units × $55 per unit ) + ( 1000 units × $59 per unit )) / 1600 units
= $ 57.50
January 20:
Cost per Unit = Total Cost / Total Number of Units
Cost per Unit = (( 1600 units × $57.50 per unit ) + ( 800 units × $62 per unit )) / 2400 units
= $ 59.00
There were no further purchases from this point
Thus cost per units remains at $ 59.00
Therefore the average cost per unit that should be used to determine the cost of the units sold on January 28 is $ 59.00
