Answer:
Option (C) is correct.
Explanation:
Given that,
Actual direct labor hours = 8,200
Actual rate = $12.40 per hour
Original production = 1,100 units
Actual units produced = 1,000
Labor standards = 7.6 hours per completed unit
standard rate = $13.00 per hour
Labor time variance:
= (Standard hours - Actual hours) × Standard rate
= (1,000 × 7.6 - 8,200) × $13
= 7,800 Unfavorable
Answer:
Report a prior period adjustment decreasing retained earnings by $1,365,000.
Explanation:
Going by the question we can derive that $2,100,000 is the prior period's warranty. Consequently, it will be charged to the current year's earnings following the deduction of tax, 35%.
(2,100,000 *65) /100 = $1,365,000
This above calculation is so because Under the accrual basis of accounting...operating expense are reported on the income statement in the particular period when they took place or when they expire
Overtime pay is the amount overtime paid to each employee in a pay period.
How its calculated: Hourly pay rate x 1.5 x overtime hours worked.
Answer:
$1,000 loss
Explanation:
The numbers are missing here, so I looked for a similar question:
A copy machine cost $5,000 when new and has accumulated depreciation of $4,000.
The carrying value of the copy machine = purchase cost - accumulated depreciation = $5,000 - $4,000 = $1,000
if the copy machine is discarded and doesn't get any money for it, this will result in a loss equal to the carrying value = $1,000
Answer:
The correct answer is letter "A": the discount rate that makes the net present value of a project equal to the initial cash.
Explanation:
The Internal Return Rate, or IRR, is a central component of corporate finance capital budgeting. Companies use it to determine which discount rate will make the Present Value of the after tax cash flows equal to zero (0). Any project that returns an IRR greater than 0 ads has a value.
<em>In the decision-making process, IRR is subordinated to Net Present Value because it is preferred an absolute dollar amount that is higher than a higher IRR.</em>
