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otez555 [7]
3 years ago
12

The following data pertain to an investment proposal (Ignore income taxes.): Cost of the investment $ 64,000 Annual cost savings

$ 18,000 Estimated salvage value $ 8,000 Life of the project 5 years Discount rate 10 % Click here to view Exhibit 12B-1 and Exhibit 12B-2, to determine the appropriate discount factor(s) using the tables provided. The net present value of the proposed investment is closest to:
Business
1 answer:
Ratling [72]3 years ago
3 0

Answer:

$9,201.6

Explanation:

Calculation for The net present value of the proposed investment is closest to:

Using this formula

Net Present value = (Annual cost saving * PVAF) + (Salvage value * PVIF) - Cost of investment

Let plug in the formula

PVAF (10%,5 years) = 3.7908

PVIF (10%, 5 years) = 0.6209

Net Present value = ($18,000 * 3.7908) + ($8000 * 0.6209) - $64000

Net Present value = $68,234.4+$4,967.2-$64,000

Net Present value = $9,201.6

Therefore The net present value of the proposed investment is closest to:$9,201.6

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The Friendly Sausage Factory (FSF) can produce hot dogs at a rate of 4,500 per day. FSF supplies hot dogs to local restaurants a
ASHA 777 [7]

Answer:

a. The Optimal run size is 5,086 hot dogs

b. The Number of runs per year is 18

c. The Run length is 1 day

Explanation:

a. According to the given data we have the following:

Daily production, p = 4500 per day

Daily demand, u = 310 per day

Number of working days in a year, Tyear = 295 days

Annual demand, D = Daily demand x number of working days; D = 310 x 295; D = 91450

Setup cost, S = $60

Annual holding cost, H = $0.45 per hot dog

So, Optimal run-size can be calculated as follows:

Q* = √ 2 x annual demand x Setup cost / holding cost per unit per year x √daily production / daily production - daily demand

Q* = √2DS / H x √p / p-u

Q* = (√ 2 x 91450 x 60 / 0.45) x (√ 4500 / 4500 - 310)

Q* = (√24386667) x (√1.07)

Q* = (4938.29) x (1.03)

Q* = 5086.44 = 5,086

Therefore, Optimal run size is 5,086 hot dogs

b) The  Number of runs per year can be calculated as follows:

Cycle time = Q / u

Cycle time = 5086 / 310 = 16 days

Number of runs = Tyear / cycle time

Number of runs = 295 / 16 = 18

The Number of runs per year is 18

c) The Run length or run time can be calculated as follows:

Run time = Q / p

Run time = 5086 / 4500

Run time = 1.13 = 1

Run length is 1 day

6 0
3 years ago
Stanley purchases nonresidential real property costing $300,000 and places it in service in March 2018. What is Stanley's 2019 d
dmitriy555 [2]

Answer:

b. $7,692

Explanation:

Given that the useful life of nonresidential real property is 39 years,

Cost of property = $300,000

Month of purchase = March 2018

Depreciation for 2019 = Cost/Useful life

                                    = $300,000/39

                                    = $7,692.31

                                    ≈ $7,692

The property will be depreciated for the 12 months in 2019 and the depreciation expense is  $7,692. Option b.

5 0
3 years ago
The manager of the main laboratory facility at Elmhurst HealthElmhurst Health Center is interested in being able to predict the
raketka [301]

Answer:

1.  Lab's cost= 3187.94 +6.84 number of lab test performed

2. 0.77126

3. $24391.94

Explanation:

1.

The Lab's cost depends on the number of lab test performed. So, Lab's cost is a dependent variable while number of lab test is an independent variable. The linear regression equation is written as

Y= a+bx

Where,

y= dependent variable

x= independent variable

a= intercept

b= slope

So, the equation can be written as

Lab's cost= a+b number of lab test performed

From the Excel output we know that

Intercept = a= 3187.94

Slope= b =6.84

So, the required regression equation is

Lab's cost= 3187.94 +6.84 number of lab test performed

2.

The Excel output shows that R-square is 0.77126. R²=0.77126 means that only 77.13% of variation in Lab's cost is explained by its linear relationship with number of lab test performed.

3.

We have to predict the lab's cost for 3100 test.

We know that

Lab's cost= 3187.94 +6.84 number of lab test performed.

Here, number of lab test performed=3100.

So,

Lab's cost= 3187.94 +6.84(3100)

Lab's cost= 3187.94 +21204

Lab's cost=$24391.94

Thus, the predicted total laboratory overhead for the month if 3,100 tests are performed is $24391.94.

4 0
4 years ago
Garnett Co. expects to purchase $180,000 of materials in July and $210,000 of materials in August. Three-fourths of all purchase
Savatey [412]

Answer:

The correct option is B.

Explanation:

It is given that Garnett Co. expects to purchase $180,000 of materials in July and $210,000 of materials in August.

Purchase in July = $180,000

Purchase in August = $210,000

Three-fourths of all purchases are paid for in the month of purchase, and the other one-fourth are paid for in the month following the month of purchase.

In August, the cash disbursements for materials purchases be 3/4th of $210,000 (Purchase in August) and 1/4  of $180,000 (Purchase in July).

August's cash disbursements for materials purchases be

Amount=\frac{3}{4}\times 210000+\frac{1}{4}\times 180000

Amount=157500+45000

Amount=202500

The August's cash disbursements for materials purchases be $202500. Therefore the correct option is B.

4 0
4 years ago
What is the shortcut to switch back and forth between windows?
Juli2301 [7.4K]

Answer:

Tab + windows

Explanation:

I got it right in the 2nd try EDGE2020

8 0
3 years ago
Read 2 more answers
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