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×NG.rs My , et xYG YOU As. ×V chapter/Xy.Chapter ( ×enpul.1.* https:// nnectiht

ID: 2335453 • Letter: #

Question

×NG.rs My , et xYG YOU As. ×V chapter/Xy.Chapter ( ×enpul.1.* https:// nnectiht omework Help Seve & Exh Esquire Company needs to acquire a molding machine to be used in ias manufacturing process. Two types of machines that wouid be appropriate are presently on the market. The company has determined the following (E.Y.ot $.PV Of S1 EVA ot S1 EMA otsi EVADaf 51 and PVAD oL S) (Use appropriate factoris) from the tables provided Machine A could be purchased for S16.500. It wil last 10 years with annual martenance costs of S600 per year Aner machine can be sold for $1,650 years Machine B could be purchased for $15.000, it also witt last 10 years and will require maintenance costs of $2.400 in year three $3000 in year six, and $3.600 in year eight Ater 10 years, the machine ws have no salvage volue Required: Assume an interest rate of 8% property reflects th+ tine vatie of money in this Stiation and that menenance costs are paid at the tax considerations (Negative amounts should be indiceted by a minus sign Do not round intermediate calculations. Round your finel answers to nenrest whole doilar amount) the present value of Machine A & Machine 8 which machine Esquire shouid purchase Machine EB Esquire shouls urchesa

Explanation / Answer

The machine having less Present Value of Cash Outflow should be purchased.

Machine A -- Present Value of Cash Outflow

Year

Cash Flow

PV factor @ 8%

Present Value

(a)

(b)

(a*b)

0

Cost of Machine

($16,500)

1.000000

($16,500)

1

Annual maintenance costs

($600)

0.925926

($555.5556)

2

Annual maintenance costs

0.857339

($514.4034)

3

Annual maintenance costs

($600)

0.793832

($476.2992)

4

Annual maintenance costs

($600)

0.735030

($441.018)

5

Annual maintenance costs

($600)

0.680583

($408.3498)

6

Annual maintenance costs

0.630170

($378.102)

7

Annual maintenance costs

($600)

0.583490

($350.094)

8

Annual maintenance costs

($600)

0.540269

($324.1614)

9

Annual maintenance costs

0.500249

($300.1494)

10

Annual maintenance costs

($600)

0.463193

($277.9158)

10

Salvage Value

0.463193

$764.26845

Present Value of Cash Outflow

($19761.78)

Machine B -- Present Value of Cash Outflow

Year

Cash Flow

PV factor @ 8%

Present Value

(a)

(b)

(a*b)

0

Cost of Machine

($15,000)

1.000000

($15,000)

1

0.925926

$0

2

0.857339

$0

3

Maintenance costs

($2,400)

0.793832

($1905.1968)

4

0.735030

$0

5

0.680583

$0

6

Maintenance costs

($3,000)

0.630170

($1890.51)

7

0.583490

$0

8

Maintenance costs

($3,600)

0.540269

($1944.9684)

9

0.500249

$0

10

Salvage Value

$0

0.463193

$0

Present Value of Cash Outflow

($20740.68)

As present value of cash outflow for machine A is lower than PV of cash outflow for machine B, machine A should be purchased.

Note: Salvage is cash inflow. So it is shown in positive value.

Year

Cash Flow

PV factor @ 8%

Present Value

(a)

(b)

(a*b)

0

Cost of Machine

($16,500)

1.000000

($16,500)

1

Annual maintenance costs

($600)

0.925926

($555.5556)

2

Annual maintenance costs

($600)

0.857339

($514.4034)

3

Annual maintenance costs

($600)

0.793832

($476.2992)

4

Annual maintenance costs

($600)

0.735030

($441.018)

5

Annual maintenance costs

($600)

0.680583

($408.3498)

6

Annual maintenance costs

($600)

0.630170

($378.102)

7

Annual maintenance costs

($600)

0.583490

($350.094)

8

Annual maintenance costs

($600)

0.540269

($324.1614)

9

Annual maintenance costs

($600)

0.500249

($300.1494)

10

Annual maintenance costs

($600)

0.463193

($277.9158)

10

Salvage Value

$1650

0.463193

$764.26845

Present Value of Cash Outflow

($19761.78)