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Aleksandr-060686 [28]
2 years ago
8

High Mountain Lumber (HML) has normal budgeted overhead costs of $115,150 and a normal capacity of 35,000 direct labor hours for

the fourth quarter, which are evenly distributed between months. HML allows 0.5 direct labor hours per piece of lumber, and they produced 25,000 pieces of lumber in the second month of the quarter. This took them 13,000 labor hours. If HML had variable overhead costs of $21,000 and fixed overhead costs of $18,000 in the month, what is their total overhead variance?
A : $2,125 F

B : $3,718 U

C : $3,718 F

D : $2,125 U
Business
1 answer:
Furkat [3]2 years ago
6 0

Answer:

                                                                                                 $

Standard total overhead cost (0.5 hr x 25,000 x $3.29) 41,125

Less: Actual total overhead cost ($21,000 + $18,000)    39,000

Total overhead variance                                                      2,125(F)

                                           

Standard overhead application rate

= <u>Budgeted overhead</u>

  Budgeted direct labour hours

= <u>$115,150</u>

   35,000 hours

= $3.29 per direct labour hour

Explanation:

Total overhead variance is the difference between standard total overhead cost and actual total overhead cost. Standard total overhead cost is the product of standard hours per unit, standard overhead application rate and actual output produced. Actual total overhead cost is the aggregate of actual variable overhead cost and actual fixed overhead cost. Standard overhead application rate is the ratio of budgeted overhead to budgeted direct labour hours (normal capacity).

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Answer:

4 years

Explanation:

Payback period is the time in which a project returns back the initial investment in the form of net cash flow.

Initial Investment = $280,000

Net Income = $20,000

To calculate the net cash flows add bask the depreciation expense in Net income each year.

Depreciation = ($280,000 - $30,000) / 5 = $50,000

Net Cash Flow = $20,000 + $50,000 = $70,000

Payback period = Initial Investment / yearly cash flow = $280,000 / $70,000 = 4 years

5 0
3 years ago
You have been asked to analyze the bids for 200 polished disks used in solar panels. These bids have been submitted by three​ su
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Answer:

the price per unit is $1.20

Explanation:

The computation of the price per unit for Thailand Polishing is shown below:

= 2,400 ÷ 200 polished disks

= 12 bhat/unit

Given that

$1 = 10

So, 12 baht it is

= 1 ÷ 10 × 12 baht

= $1.2

Hence, the price per unit is $1.20

The same should be considered

4 0
3 years ago
Nichols Enterprises has an investment in 250 bonds of Elliott Electronics that Nichols accounts for as a security available for
abruzzese [7]

Answer:

securities available for trade: 250,000

Explanation:

The investment will be trade at market value. which is 1,200

Nichols cannot set the price of an assetat his own will. If possible a company will do it to increase his assets and look more solid than it is.

To evaluate the bonds at 1,200 the market price will need to be at 1,200

Currently the price third parties gives the security is 1,000 so it should carry the investment  at

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4 0
3 years ago
Suppose you are currently invested 100% in U.S. stocks and you CANNOT short: a.Find the portfolio that maximizes expected return
Volgvan

Answer:

Part a: The portfolio which maximizes the expected return is in the attached file.

Part b:The portfolio's expected rate of return is 11.20% and the weight is 100% for US only.

Explanation:

As the question is incomplete and the data is not available, thus the complete question is found as attached with the solution.

The Sharpe rate is given as

S_a=\frac{E_a-E_r}{\sigma}

Where

  1. E_a is the estimated rate of return for a value
  2. E_r is the risk free rate of return
  3. σ is the standard deviation of the investment.

The portfolio variance is given as

\sigma^2_{portfolio}=\sum_{i}^{n}{\sigma_i^2w_i^2}+\sum_{i}^{n(n-1)/2}{cv_i}

Where

  1. σ is the standard deviation of the investment.
  2. w is the weighted value of the investment
  3. cv is the covariance term

Portfolio standard deviation is given as

\sigma_{portfolio}=\sqrt{\sigma^2_{portfolio}}

Expected rate is given as

E_{rate of return}=\sum_{i=1}^{n}{E_a_i\times w_i}

Now the Sharp value is calculated as above.

Now the values as given in the excel sheet are added in the attached excel sheet,  following formulas are used to calculate various values

Sharpe ratio is calculated using =(B6-J3)/C6

Portfolio variance is calculated using (=B13^2*C6^2+B14^2*C7^2+B15^2*C8^2+B16^2*C9^2+2*B13*B14*C6*C7*D7+2*B13*B15*C6*C8*D8+2*B13*B16*C6*C9*D9+2*B14*B15*C7*C8*E8+2*B14*B16*C7*C9*E9+2*B15*B16*C8*C9*F9)

Portfolio standard deviation is SQRT(Variance)

Expected return is calculated using =B13*B6+B14*B7+B15*B8+B16*B9

Sharpe is calculated using =(B23-$J$3)/B22

Part a:

The portfolio which maximizes the expected return is in the attached file.

Part b:

The portfolio's expected rate of return is 11.20% and the weight is 100% for US only.

4 0
3 years ago
The accounting records for Eisner Manufacturing Company included the following cost information relating to its first year of op
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Answer:

Option (d) : $24.8 and $15.7

Explanation:

As per the data given in the question,

Number of units produced = 10,000

Number of units sold = 6,000

Cost per unit = Amount/ 10,000

                                                               Absorption            Variable  

Direct material                                                $5.2                 $5.2

Direct Labor                                                    $8                     $8

Variable manufacturing overhead                  $2.5                  $2.5

Fixed manufacturing overhead                       $9.1                  $9.1

Unit product cost                                           $24.8                $15.7

4 0
2 years ago
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