The direct labor efficiency/quantity variance for November of $1,800.
The labor efficiency variance focuses on the number of labor hours used in production. It is defined as the difference between the actual number of direct labor hours worked and budgeted direct labor hours that should have been worked based on the standards.
Labor efficiency variance equals the number of direct labor hours you budget for a period minus the actual hours your employees worked, times the standard hourly labor rate.
For example, assume your small business budgets 410 labor hours for a month and that your employees work 400 actual labor hours.
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Answer:
8.5%
Explanation:
Avy incorporation has a beta of 1.10
The risk free rate is 3.0%
The market risk premium is 5.0%
Therefore, the required rate of return can be calculated as follows
Required rate of return= Risk-free rate+beta(market Risk premium)
= 3.0% + 1.10(5.0%)
= 3.0%+5.5
= 8.5%
Hence the required rate of return is 8.5%
Answer: Opening
Explanation:
The opening position is the first offer that is given. This offer is usually not indicative of the full capability of the party offering. In other words, this position is the ideal position for the party offering it but they can be persuaded to give a position that would not be as beneficial to them.
Annette plans to offer a two times a month pickup and this would be ideal for Jackson Hauling because they are still small-time and would benefit from not being overburdened. This is why it is her opening position. She can however, be persuaded to do a twice weekly pickup but that wouldn't be very beneficial.
Answer:
$14,426
Explanation:
The balance on the inventory account on January 31 will be computed as follows:
Opening balance = $13,463
Wool purchase = + $12,481
Cotton purchase = + $15,327
Freight charges = + $312
Cotton discount = - $153
Polyester returns = - $1,722
Wool used = - $8,318
<u>Cotton used = - $16,964</u>
<em><u>Balance Jan 31 = $14,426</u></em>
Answer:
Turk should purchase Machine B
Explanation:
<u>Our first step</u> will be to multiply each cashflow by the factor.
Then we will add them to get the present value of the cash flow
![\left[\begin{array}{cccc}-&A&factor&Present \: Value\\Year \: 1&5,000&0.8696&4,348\\Year \: 2&4,000&0.7561&3,024.4\\Year \: 3&2,000&0.6567&1,313.4\\Total&11000&-&8,685.8\\\end{array}\right]](https://tex.z-dn.net/?f=%5Cleft%5B%5Cbegin%7Barray%7D%7Bcccc%7D-%26A%26factor%26Present%20%5C%3A%20Value%5C%5CYear%20%5C%3A%201%265%2C000%260.8696%264%2C348%5C%5CYear%20%5C%3A%202%264%2C000%260.7561%263%2C024.4%5C%5CYear%20%5C%3A%203%262%2C000%260.6567%261%2C313.4%5C%5CTotal%2611000%26-%268%2C685.8%5C%5C%5Cend%7Barray%7D%5Cright%5D)
Then we subtract the machine cost:
8,685.8 - 9,000 = -314.2 This Machine has a negative value. It is not convinient to purchase this machine.
![\left[\begin{array}{cccc}-&B&factor&Present \: Value\\Year \: 1&1,000&0.8696&869.6\\Year \: 2&2,000&0.7561&1,512.2\\Year \: 3&11,000&0.6567&7,223.7\\Total&14,000&-&9,605.5\\\end{array}\right]](https://tex.z-dn.net/?f=%5Cleft%5B%5Cbegin%7Barray%7D%7Bcccc%7D-%26B%26factor%26Present%20%5C%3A%20Value%5C%5CYear%20%5C%3A%201%261%2C000%260.8696%26869.6%5C%5CYear%20%5C%3A%202%262%2C000%260.7561%261%2C512.2%5C%5CYear%20%5C%3A%203%2611%2C000%260.6567%267%2C223.7%5C%5CTotal%2614%2C000%26-%269%2C605.5%5C%5C%5Cend%7Barray%7D%5Cright%5D)
9,605.5 - 9,000 = 605.5 This machine NPV is positive it is convient.
