Answer:
$2,430F
Explanation:
The formulae for labor rate variance is given as (Actual rate - Standard rate) × Actual hours worked.
Labor rate variance = (Actual rate - Standard rate) × Actual hours worked
Given that;
Actual rate = Actual total labor cost ÷ Actual hours worked
= $119,880 ÷ 8,100
= $14.8 per hour
Standard rate = $15.10 per hour
Actual hours worked = 8,100
Labor rate variance = ($14.8 - $15.10) × 8,100
Labor rate variance $2,430F
Answer:
The amount customers are expected to pay $7600 per bond
Explanation:
8M implies that the municipal bond has $8000 as its par value.
The amount a customer would is 95% of the par value
Hence, customers are expected to pay $7600 (95%*$8000)
For instance a 5M at 105 means that the par value of the bond is $5000 but issued at 105%, which translates into $5250 without considering commissions as well as the accrued interest on the bond which might also be factored into the price.
Answer:
The amount of depreciation expense that should be recorded for the second year is $28,600
Explanation:
The computation of the depreciation per units or bolts under the units-of-production method is shown below:
= (Original cost - residual value) ÷ (estimated production bolts)
= ($206,520 - $11,000) ÷ (752,000 bolts)
= ($195,520) ÷ (752,000 bolts)
= $0.26 per bolt
Now for the second year, it would be
= Production units in second year × depreciation per bolts
= 110,000 units × 0.26
= $28,600
<h3>Hello there!</h3>
Your question asks what order does a activity-based costing system work by.
<h3>Answer: b, c, a, d</h3>
The order:
1. b). Identify activities and estimate their total indirect costs.
2. c). Identify the allocation base for each activity and estimate the total quantity of each allocation base.
3. a). Compute the predetermined overhead allocation rate for each activity.
4. d). Allocate indirect costs to the cost object.
The reason why the answer choice "b, c, a, d" is the correct answer because that's the correct order for the activity-based costing system.
The activity-based costing system first identifies the activities that are going on and find the indirect cost, then identifies the allocation base for the activities that are occurring to find the quantity of the allocation base, then solve the pre-determined rate of allocation for each activity, and finally get the indirect cost for the object.
<h3>I hope this helps!</h3><h3>Best regards,</h3><h3>MasterInvestor</h3>
Answer:
The total contribution to GDP is $22000.
Explanation:
Two houses contribute to GDP = $10000 + $12000
= $22000 per year.
The GDP refers to the total expenditure on the goods and services produced. Moreover, rent is also included in GDP calculation. Thus the total contribution of two houses to GDP is $22000.
