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3 years ago

Michael's Machine Shop reports the following information for the quarter.

Business

1 answer:

Mandarinka [93]3 years ago

3 0

Answer:

a. $26

b. $23

c. $34

d. $29

e. $21

f. $11

g. $14

h. $11

Explanation:

a. Variable cost per unit.

Variable cost per unit = Variable Manufacturing Costs + Variable Non - Manufacturing Costs

= $12 + $9 + $2 + $3

= $26

b. Variable production cost per unit.

Variable production cost per unit = Variable Manufacturing Cost

= $12 + $9 + $2

= $23

c. Full cost per unit.

Full cost per unit = Manufacturing and Non - Manufacturing (Variable and Fixed)

= $12 + $9 + $2 + $3 + $47,500/23,750 units + $142,500/23,750 units

= $12 + $9 + $2 + $3 + $2 + $6

= $34

d. Full absorption cost per unit.

Full absorption cost per unit = Variable Manufacturing Costs + Fixed Manufacturing Costs

= $12 + $9 + $2 + $6

= $29

e. Prime cost per unit.

Prime cost per unit = Direct Manufacturing Costs'

= $12 + $ 9

= $ 21

f. Conversion cost per unit.

Conversion cost per unit = Direct Labor Costs + Overheads Costs

= $9 + $2

= $11

g. Contribution margin per unit.

Contribution margin per unit = Sales - Variable Costs

= $ 40 - $26

= $ 14

h. Gross margin per unit.

Gross margin per unit = Sales - Full absorption cost per unit

= $40 - $29

= $11

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Taylor and Sons buys equipment on Aug. 1, 2008 for $100,000 cash. They estimatethe equipment will have a salvage value of $13,00

larisa86 [58]

Answer:

Journal Entry

Dr. Depreciation Expense $7,250

Cr. Accumulated Depreciation $7,250

Explanation:

Depreciation is a expense which is charged against an asset over its useful life due to wear and tear of that asset. This expense is recorded as and Expense in Income statement and accumulated in an contra asset account asset account until the disposal of the asset.

Cost of Equipment = $100,000

Useful life of the asset = 5 years

Salvage value of the asset = $13,000

Depreciable value of the asset will be expenses equally every year over 5 years.

Depreciable value = Cost of the asset - Salvage value = $100,000 - $13,000 = $87,000

Depreciation Expense = Depreciable Value / Useful Life of the asset = $87,000 / 5 years = $17,400 per year

As only 5 month have been passed in 2008, the depreciation expense account will be charged as follow

Depreciation charge in 2008 = $17,400 x 5 / 12 = $7,250

8 0

3 years ago

Which analogy about leasing or financing a vehicle is correct

stealth61 [152]

Answer:

a b c or d

Explanation:

no explanation sorry

3 0

3 years ago

natta225 [31]

Answer:

inventory value=$ 377,000.00

Explanation:

In applying the rule of the lower cost of cost or net realizable value,we compare NRV(selling price minus cost to sell) with the replacement cost(current price), where the lower of the two is then compared against the original cost of the inventory item as done in the attached.

Value of inventory=$120,000+$126,000+$90,000+$41,000=$377,000.00

Download xlsx

8 0

3 years ago

A government policy that sets the highest price that can be charged for a good or service is a __________.

trasher [3.6K]

Answer:

B. price ceiling.

A government policy that sets the highest price that can be charged for a good or service is a price ceiling.

3 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

E_a is the estimated rate of return for a value
E_r is the risk free rate of return
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

σ is the standard deviation of the investment.
w is the weighted value of the investment
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