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Ksivusya [100]
3 years ago
12

Martin Enterprises needs someone to supply it with 118,000 cartons of machine screws per year to support its manufacturing needs

over the next five years, and you've decided to bid on the contract. It will cost you $785,000 to install the equipment necessary to start production costs will be $415,000 per year, and your variable production costs should be $10.05 per carton. You also need an initial investment in net working capitalof $68,000.If your tax rate is 24 percent and you require a return of 12 percent on your investment, whar bid price should you submit?
Business
1 answer:
Bezzdna [24]3 years ago
8 0

Answer:

$15.66 per carton

Explanation:

118,000 cartons of machine screws

equipment cost $785,000

depreciation per year = $785,000 / 5 = $157,000

fixed manufacturing costs $415,000 per year

variable costs per carton = $10.05 x 118,000 = $1,185,900

initial investment in net working capital $68,000

tax rate 24%

discount rate 12%

price per carton?

initial investment = -$853,000

CF₁ = [(R - $1,600,000 - $157,000) x 0.76] + $157,000 = 0.76R - $1,178,320

CF₂ = [(R - $1,600,000 - $157,000) x 0.76] + $157,000 = 0.76R - $1,178,320

CF₃ = [(R - $1,600,000 - $157,000) x 0.76] + $157,000 = 0.76R - $1,178,320

CF₄ = [(R - $1,600,000 - $157,000) x 0.76] + $157,000 = 0.76R - $1,178,320

CF₅ = [(R - $1,600,000 - $157,000) x 0.76] + $157,000 + $68,000 = 0.76R + $1,110,320

$853,000 = (0.76R - $1,178,320) / 1.12 + (0.76R - $1,178,320) / 1.12² + (0.76R - $1,178,320) / 1.12³ + (0.76R - $1,178,320) / 1.12⁴ + (0.76R + $1,110,320 ) / 1.12⁵ = 0.6786R - $1,052,071.43 + 0.6059R - $939,349.49 + 0.541R - $838,704.90 + 0.483R - $748,943.66 + 0.4312R + $630,025.39

$853,000 = 2.7397R - $4,209,094.87

$5,062,094.87 = 2.7397R

R = $5,062,094.87 / 2.7397 = $1,847,682.18

total revenue = $1,847,682.18

revenue per carton = $1,847,682.18 / 118,000 = $15.6583 = $15.66

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<h3>What is the difference between domestic and foreign markets?</h3>

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8 0
2 years ago
Flynn Industries has three activity cost pools and two products. It estimates production 2,000 units of Product BC113 and 1,000
cupoosta [38]

Answer:

Follows are the instructions to this question:

Explanation:

Given:

Configuration of machine = \$16,000 \ \ \ \ 40  \ \ \ \ 25 \ \ \ \ 15

Machine hours= \$110,000  \ \ \ \ 5,000  \ \ \ \ 1,000 \ \ \ \  4,000

Order on Packing= \$30,000\ \ \ \  500 \ \ \ \ 150 \ \ \ \ 350

We have to use the following formula in order to measure the expected production overhead rate:

Estimated overhead production rate= Total projected production expenses and for period/Total base allocation sum

Machine Configuration =\frac{16,000}{(40+25+15)}= \frac{16,000}{80} =\$200 / \ setup

Machining hour= =\frac{110,000}{(5,000 + 1,000 + 4,000)} =\frac{110,000}{(10,000)}= \$11 / \  machine \ hour

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6 0
2 years ago
Which is true about the workplace of Construction workers? It can change. It is never outdoors. It can be in an existing buildin
rosijanka [135]

Answer:

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Explanation:

Construction is not at a desk.

6 0
3 years ago
Read 2 more answers
Daily demand for newspapers for the last 10 days has been as follows: 12, 13, 16, 15, 12, 18, 14, 12, 13, 15 (listed from oldest
katrin [286]

Answer:

The correct option is E,14

Explanation:

In using the two-day moving average to forecast for the next day sales, the previous two days sales are taken , summed to up and finally averaged(that is divided by 2)

Next day forecast=sum of previous two days sales figures/number of days

sum of previous two days  forecast=13+15=28

since the number of the days is 2 ,the 8 is divided by 2,28/2=14

Ultimately the next day forecast sales figure is 14 newspapers

Option A is wrong that is just considering of the two previous day, the same thing applies to option B.

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5 0
3 years ago
Problem 10A specialty coffeehouse sells Colombian coffee at a fairly steady rate of 280 pounds annually. The beans are purchased
SOVA2 [1]

Answer:

The computations are shown below:

Explanation:

a. The computation of the economic order quantity is shown below:

= \sqrt{\frac{2\times \text{Annual demand}\times \text{Ordering cost}}{\text{Carrying cost}}}

= \sqrt{\frac{2\times \text{280}\times \text{\$45}}{\text{\$0.48}}}

= 229 units

The carrying cost is come from

= $2.40 × 20%

b. Time between placement of orders is

= Economic order quantity ÷Annual demand

= 229 ÷ 280

= 0.8179 years

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= 0.8179 × 365 days

= 298.53 days

We assume 365 days in a year

c. The average annual cost of ordering cost and carrying cost equals to

= Holding cost + ordering cost

= (Economic order quantity ÷ 2 × Holding cost)  + (Annual demand ÷ Economic order quantity × ordering cost)

= (229 units ÷ 2 × $0.48) + (280 ÷ 229 units × $45)

= $54.96 + $55.02

= $109.98

d)   Now the reorder level is

= Demand × lead time + safety stock

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= Expected demand ÷ total number of weeks in a year

= 280 pounds ÷ 52 weeks

= 5.38461

So, the reorder point would be  

=  5.38461 × 3 + $0

= 16.15 pounds

7 0
3 years ago
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