Answer:
A. The amount of fixed overhead deferred in inventories is $60,000
Explanation:
Unit product cost
Year 1 Year 2
Direct materials $12 $12
Direct labor $5 $5
Variable manufacturing
overhead $5 $5
Fixed overhead
$48 $36
($432,000 ÷ 9,000) ($432,000 ÷ 12,000)
unit product cost $70 $58
Fixed overhead deferred (1,000 × $48) $48,000
Fixed overhead released -$48000
Fixed overhead deferred (3000 × $36) $108,000
Net $48,000 $60,000
The amount of fixed overhead deferred in inventories is $60,000
Information sharing reduces information lead time, enabling each organization to plan according to end demand and not according to the orders placed immediately downstream.
Explanation:
The Bullwhip effect is a trend of the distribution channel where estimates result of inefficiencies in the supply chain. Of reaction to fluctuations the market demand the inventory swings are growing, as the supply chain continues to grow.
The effect of the bullfight generally flows up the supply chain, starting from the retailer, wholesaler, dealer, producer and then the supplier of the raw materials.
This method does not include daily fluctuations to run level. Another way of reducing the bullwhip effect is by eliminating the delays along the supply chain. In general, the fluctuations in the supply chain can be reduced by 80% by cutting order to supply time by half in both real supply chains and supply chain simulations
Answer:
$10,400 Favorable
Explanation:
The computation of labor efficiency variance for June is shown below:-
For computing the labor efficiency variance for June first we need to find out the standard hours
Standard hours = 0.5 hours per unit × 3,100 units
= 1,550 hours
Now, we will put it into formula
Labor efficiency variance = (Standard hours - Actual hours) × Standard rate
= (1,550 - 510) × $10
= $10,400 Favorable
Therefore for computing the labor efficiency variance for June we simply applied the above formula.
The answer should be software programming
I hope this helps you!!!
