Answer:
d. $1,540 F
Explanation:
The formula to compute the variable overhead efficiency variance is shown below:
= (Actual direct labor hours - standard direct labor hours) × variable overhead per hour
where,
Actual direct labor hours is 2,380
And, the standard direct labor hours equal to
= 5,200 units × 0.5
= 2,600 hours
Now put these values to the above formula
So, the value would equal to
= (2,380 hours - 2,600 hours) × $7
= 1,540 favorable
<u>Activities</u>
- Pay Vendors
- Evaluate Vendors
- Inspect raw materials
- Plan for purchases of raw materials
<u>Cost Drivers:</u>
a) Number of different kinds of raw materials
b) Number of classes offered
c) Number of tables
d) Number of employees
What is Cost Drivers ?
A cost driver causes a change in an activity's cost. The idea is most frequently applied to allocate overhead expenses to the quantity of produced units. In order to reduce the cost of overhead, it can also be utilized in activity-based costing analysis to identify the causes of overhead. An activity-based costing system may employ a variety of cost drivers. Just one cost driver should be employed if a company just cares about adhering to the minimum accounting standards to allocate overhead to produced items. Cost drivers include things like the amount of customer interactions, engineering change orders, machine hours consumed, and product returns, as well as the number of direct labor hours performed.
To learn more about Cost Drivers with the help of given link:
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Answer:
$1,815,000
Explanation:
First we must determine the gross income = $2,000 x 10 units x 12 months = $240,000
minus the vacancy rate = $240,000 x 5% = $12,000
minus the annual expense = $10,200
net income = $240,000 - $12,000 - $10,200 = $217,800
to calculate the maximum amount that the investor should pay we must divide the net income by the expected rate of return = $217,800 / 12% = $1,815,000
When you are calculating a project's price (buying this asset is an investment project), depreciation and debt service are not included in the calculations.
Answer and Explanation:
The computation of the unused resource capacity in energy and repairs for Tri-State Mill. is shown below;
For energy
= $6,900 - 6,000 × $0.90
= $6,900 - $5,400
= $1,500
For repairs
= $12,000 - 600 × $16
= $12,000 - $9,600
= $2,400
Hence, the unused resource capacity in energy and repairs for Tri-State Mill. is $1,500 and $2,400 respectively
Answer:
B) 0.7; inelastic
Explanation:
The computation of the absolute value of the price elasticity of demand is shown below:
Elasticity is
= [(Sales - prior sales) ÷ ( Sales + prior sales) ÷ 2] ÷ [(price - dropped price) ÷ (price - dropped price) ÷ 2
= [(1,040,000 - 890,000) ÷ (1,040,000 + 890,000) ÷ 2] ÷ [(25,000 - 20,000) ÷ (25,000 + 20,000) ÷ 2]
= (150,000 ÷ 965,000) ÷ (5,000 ÷ 22,500)
= 0.15 ÷ 0.22
= 0.7
It is less than one so the demand is inelastic