Answer:
Instructions are listed below.
Explanation:
Giving the following information:
Activity cost pools:
Direct labor $ 10 per direct labor-hour
Machine processing $ 3 per machine-hour
Machine setups $ 45 per setup
Production orders $ 150 per order
Shipments $ 115 per shipment
Product sustaining $ 750 per product Activity
Total Expected Activity K425:
Number of units produced per year 200
Direct labor-hours 1,075
Machine-hours 2,400
Machine setups 13
Production orders 13
Shipments 26
Product sustaining 1
Total Expected Activity M67:
Number of units produced per year 2,000
Direct labor-hours 50
Machine-hours 40
Machine setups 1
Production orders 1
Shipments 1
Allocated MOH= Estimated manufacturing overhead rate* Actual amount of allocation base
Allocated MOH K425= 1,075*10 + 3*2,400 + 45*13 + 150*13 + 115*26 + 750= $24,225
Allocate MOH M67= 10*50 + 3*40 + 45*1 + 150*1 + 115*1= $930
Answer:
9.35%
Explanation:
Annual coupon amount = Coupon rate × Fave value of bond = 7% × 1,000 = $70.
Expected current yield = Annual coupon amount ÷ Current market price per bond = $70 ÷ $749.04 = 0.0935, or 9.35%.
Therefore, the expected current yield for the next year on this bond issue is 9.35%.
Answer:
Base Operating Supply System
Explanation:
lol
Because the New Testament is about Jesus
Answer:
The manufacturing cycle efficiency is 0.219
Explanation:
In order to calculate the manufacturing cycle efficiency we would have to calculate the following formula:
manufacturing cycle efficiency=value added time/throughput time
value added time= 40 min
throughput time=Process time+Inspection time+movie time+Queue time
throughput time=40+5+15+2+120
throughput time=182 min
Therefore, manufacturing cycle efficiency=40/182
manufacturing cycle efficiency=0.219
The manufacturing cycle efficiency is 0.219
