Taking notes is likely to increase your _____. a. Enunciation b. Focus c. Speaking ability d. Logic

a small clothing firm currently produces 50,000 shirts and blouses per month. the costs of its factory, raw materials, and labor

Mrac [35]

A small clothing firm currently produces 50,000 shirts and blouses per month. the costs of its factory, raw materials, and labor are $500,000 per month. if the company is to increase production by 5,000 and that requires additional labor and raw material expense of $100,000, what is the best estimate of costs of the increased production is $100,000.

Most people think you'll make a kajillion dollars and be well on your way to overnight stardom. But the reality is that the profit margins on clothing are notoriously low. According to industry analysts, you're looking at 4-13% profit margins. That means for every $100 you invest, you get $104-$113 back.

Production is the process of making or manufacturing goods and products from raw materials or components. In other words, production takes inputs and uses them to create an output that is fit for the consumption of a good or product that has value to an end-user or customer.

Learn more about Production here

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8 0

2 years ago

A company must decide between scrapping or reworking units that do not pass inspection. The company has 22,000 defective units t

LenKa [72]

Answer:

It is more profitable to sell the units as-is and produce new ones.

Explanation:

Giving the following information:

The company has 22,000 defective units that cost $6 per unit to manufacture.

Sell as-is:

Selling price= $2

Rework:

Additional cost= $4.5

Selling price= $8.5

If the units are sold as-is, the company will be able to build 22,000 replacement units for $6 each and sell them at the full price of $8.50 each.

<u>The original cost of the 22,000 units is a sunk cost, it will remain no matter the decision. </u>

Sell as-is:

Defective units= 22,000*3= 44,000

New units= 22,000*(8.5 - 6)= 55,000

Total income= $99,000

Rework:

Sales= 22,000*(8.5 - 4.5)= $88,000

It is more profitable to sell the units as-is and produce new ones.

3 0

3 years ago

A company is 40% financed by risk-free debt. the interest rate is 10%, the expected market risk premium is 8%, and the beta of t

Evgen [1.6K]

What is the question? i need more details to helpp you properly

6 0

3 years ago

Pajama Corp. uses direct materials (fabric, thread, buttons), and direct labor (cutting, sewing labor) to make each pair of paja

RUDIKE [14]

Question Completion:

Estimated manufacturing overhead costs = $156,000

Estimated direct labor cost = $390,000

Estimated direct materials cost = $350,000

Answer:

Pajama Corp.

The cost driver rate = $0.40 per DL cost.

Explanation:

a) Data and Calculations:

Estimated manufacturing overhead costs = $156,000

Estimated direct labor cost = $390,000

Estimated direct materials cost = $350,000

Cost driver rate = $0.40 ($156,000/$390,000)

b) To calculate the cost driver rate, Pajamas Corp. divides the total estimated manufacturing overhead costs by the cost driver (direct labor cost). This implies that the cost driver rate is the total cost of activity pool divided by its cost driver. This yields the amount of overhead and indirect costs related to a particular activity.

7 0

3 years ago

Mason Company has two manufacturing departments—Machining and Assembly. The company considers all of its manufacturing overhead

Oxana [17]

Answer:

(a) Plant wide predetermined overhead rate:

$=\frac{Total\ manufacturing\ overhead}{Total\ direct\ labor\ hours}$

$=\frac{23,400,000}{780,000}$

= 30

Manufacturing overhead applied Job A:

= Total direct labor hours × Plant wide predetermined overhead rate

= 15 × 30

= 450

Manufacturing overhead applied Job A:

= Total direct labor hours × Plant wide predetermined overhead rate

= 9 × 30

= 270

(b) Departmental predetermined overhead rates:

$Machining =\frac{Manufacturing\ overhead}{Machine\ hours}$

$Machining =\frac{22,500,000}{750,000}$

= 30

$Assembly =\frac{Manufacturing\ overhead}{Labor\ hours}$

$Assembly =\frac{900,000}{750,000}$

= 1.2

Manufacturing overhead applied Job A:

= (Machining machine hours × 30) + (Assembly direct labor hours × 1.2)

= (11 × 30) + (10 × 1.2)

= 330 + 12

= 342

Manufacturing overhead applied Job B:

= (Machining machine hours × 30) + (Assembly direct labor hours × 1.2)

= (12 × 30) + (5 × 1.2)

= 360 + 6

= 366

4 0

3 years ago