Answer:
Variable overhead efficiency variance = $2,212unfavorable
Explanation:
variable overhead efficiency variance: Variable overhead efficiency variance aims to determine whether or not their exist savings or extra cost incurred on variable overhead as a result of workers being faster or slower that expected.
Since the variable overhead is charged using labour hours, any amount by which the actual labour hours differ from the standard allowable hours would result in a variance
Hours
5,400 units should have taken (5,400×3.8 hours) 20,520
but did take <u> 20,800</u>
Labour hours variance 280 unfavorable
Standard variable overhead rate × <u>$ 7.90</u> per hour
Variable overhead efficiency variance $2,212 unfavorable
Variable overhead efficiency variance = $2,212unfavorable
Answer:
$72,700
Explanation:
Data provided in the question:
Purchasing cost = $70,000
Sales tax = $700
Freight charges = $800
Shipping charges = $150
Repair charges = $1,300
Installation cost = $1,050
Now,
Cost of the equipment
= Purchasing cost + Sales tax + Freight charges + Shipping charges + Installation cost
= $70,000 + $700 + $800 + $150 + $1,050
= $72,700
Note: Repair cost is not included in the cost.
Answer:
10.16%
Explanation:
The computation of the effective return for this investment is shown below:
Let us assume that we invested an amount in Australian dollars 100
The return is 8%
After one year, the amount is 108
Now the converting amount is 110.16 (108 × 102%)
Now the effective rate for this investment is
= 110.16 - 100
= 10.16%
Answer:
No options presented but the entry below should be right.
$2,600 worth of merchandise was purchased but $600 was returned so Net accounts receivable:
= 2,600 - 600
= $2,000
Company paid the full amount on July 12 which is within the 10 days required for a discount so they get a 3% discount:
= 2,000 * ( 1 - 3%)
= $1,940
Date Account details Debit Credit
July 12 Accounts Payable $2,000
Cash $1,940
Merchandise inventory $60
