Answer:
0.54
Explanation:
Price elasticity of demand measures the responsiveness of quantity demanded to changes in price of the good.
Price elasticity of demand = midpoint change in quantity demanded / midpoint change in price
Midpoint change in quantity demanded = change in quantity demanded / average of both demands
change in quantity demanded = 100 - 95 = 5
average of both demands = (100 + 95) / 2 = 97.5
Midpoint change in quantity demanded = 5 / 97.5 = 0.051282
midpoint change in price = change in price / average of both price
change in price = $11 - $10 = 1
average of both price = ($11 + $10) / 2 = 10.5
midpoint change in price = 1 / 10.5 = 0.095238
Price elasticity of demand = 0.051282 / 0.095238 = 0.54
Answer:
C. $3,400 F
Explanation:
The computation of the direct labor rate variance is shown below:
Direct Labor Rate Variance
= (Standard rate - Actual rate) × Actual hours
= ($12 - $200,600 ÷ 17,000 labor hours) × 17,000 direct labor hours
= ($12 - $11.8) × 17,000 direct labor hours
= $3,400 favorable
Since standard cost is more than the actual cost which leads to favorable balance
Answer:
A) $38,650; 48.31%
Explanation:
The computation of the contribution margin and the contribution margin ratio is shown below:
Contribution margin = Service Revenue - Cleaning Supplies Used - wages expense
= $80,000 - $22,000 - $19,350
= $38,650
The variable cost is Cleaning Supplies Used + wages expense
And, the contribution margin ratio equals to
= (Contribution margin ÷ sales) × 100
= ($38,650 ÷ $80,000) × 100
= 48.31%
Answer:
166.25 hours
Explanation:
It take 25 hours if the production is going at 100% capacity, but the production is only going at 67%, therefore, 33% of the capacity is under utilized. It takes 8.25 more hours to finish the unit since the capacity is only at 67%. Finally, it takes 25+8.25 hours to finish a single product, hence taking 166.25 hours for 5 units.
We do this like this:
--> 25 ------ 100
--> X ------ 33
--> 33*25 = 100*X
--> 825/100
--> X=8.25
Hope this clears everything. Thankyou.
Answer:
7.80 times
Explanation:
First of all we have to calculate the average inventory
Opening inventory= 159,000
Closing inventory= 200,000
Average inventory= (opening inventory+closing inventory)/2
= ( 159,000+200,000)/2
= 359,000/2
= 179,500
The next step is to find the merchandise inventory turnover which is calculated as
= Cost of goods/ Average inventory
Cost of goods= $1,400,000
Average inventory= 179,500
= 1,400,000/179,500
= 7.799 times
= 7.80 times (to 2 decimal places)
Hence the merchandise inventory was turned over 7.80 times in 2019
