Calculate the present worth.

Question

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Answer 1

Question

Chapter 17, Problem 57P

To determine

Calculate the present worth.

Expert Solution & Answer

Explanation of Solution

The value of MARR is indicated by ‘i’ and the time period is indicated by ‘n’. The value of n1 is 4. The present worth (PW) of the defender can be calculated as follows:

$PWDefender=−Market value+Estimated S(1(1+i)n)+(OE+(OE−First cost−Sn1)×Te)((1+i)n−1i(1+i)n)=−35,000+5,000(1(1+0.12)4)+(−7,000+(−7,000−45,000−5,0008)×0.35)((1+0.12)4−10.12(1+0.12)4)=−35,000+5,000(0.6355)−2,800(3.0373)=−40,327$

The present worth of the defender is -$40,327.

Depreciation (D) can be calculated using the following formula:

$D=First cost×RR$ (1)

Substitute the respective values in Equation (1) to calculate the depreciation in year 1 for the challenger.

$D=24,000×0.3333=8,000$

Depreciation for year 1 is $8,000.

The taxable income (TI) can be calculated using the following formula:

$TI=OE−D$ (2)

Substitute the respective values in Equation (2) to calculate the taxable income in year 1 for the challenger.

$TI=−8,000−8,000=−16,000$

The taxable income for year 1 is -$16,000.

The tax (T) can be calculated using the following formula:

$T=TI×Te$ (3)

Substitute the respective values in Equation (3) to calculate the tax in year 1 for the challenger.

$T=−16,000×0.35=−5,600$

The tax for year 1 is -$5,600.

The cash flow after tax (CFAT) can be calculated using the following formula:

$CFAT=OE−Tax$ (4)

Substitute the respective values in Equation (4) to calculate the CFAT in year 1 for the challenger.

$CFAT=−8,000−(−5,600)=−2,400$

CFAT for year 1 is -$2,400.

Table 1 shows the CFAT value for different years obtained using Equations (1), (2), (3), and (4). The carry forwarded tax is $1,750. This should include the first cost.

Table 1

Year	OE	P and S	RR	D	TI	Tax	CFAT
0		25,750					-25,750
1	-8,000		0.3333	8,000	-16,000	-,5600	-2,400
2	-8,000		0.4445	10,668	-18,668	-6,534	-1,466
3	-8,000		0.1481	3,554	-11,554	-4,044	-3,956
4	-8,000	0	0.0741	1,778	-9,778	-3,422	-4,578

The present worth (PW) can be calculated as follows:

$PW=CFAT0+CFAT1(1+i)1+CFAT2(1+i)2+CFAT3(1+i)3+CFAT4(1+i)4=−25,750+−2,400(1+0.12)1+−1,466(1+0.12)2+−3,956(1+0.12)3+−4,578(1+0.12)3=−25,750+−2,4001.12+−1,4661.2544+−3,9561.40493+−4,5781.57352=−34,787$

The present worth of the challenger is -$34,787. Since the present worth of the challenger is greater than the defender, select the challenger.

The present worth of defender and challenger can be calculated using spreadsheet as follows:

Engineering Economy, Chapter 17, Problem 57P

Since the present worth of the challenger is greater than the defender, select the challenger.

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Answer 2

Question

Chapter 17, Problem 57P

To determine

Calculate the present worth.

Expert Solution & Answer

Explanation of Solution

The value of MARR is indicated by ‘i’ and the time period is indicated by ‘n’. The value of n1 is 4. The present worth (PW) of the defender can be calculated as follows:

$PWDefender=−Market value+Estimated S(1(1+i)n)+(OE+(OE−First cost−Sn1)×Te)((1+i)n−1i(1+i)n)=−35,000+5,000(1(1+0.12)4)+(−7,000+(−7,000−45,000−5,0008)×0.35)((1+0.12)4−10.12(1+0.12)4)=−35,000+5,000(0.6355)−2,800(3.0373)=−40,327$

The present worth of the defender is -$40,327.

Depreciation (D) can be calculated using the following formula:

$D=First cost×RR$ (1)

Substitute the respective values in Equation (1) to calculate the depreciation in year 1 for the challenger.

$D=24,000×0.3333=8,000$

Depreciation for year 1 is $8,000.

The taxable income (TI) can be calculated using the following formula:

$TI=OE−D$ (2)

Substitute the respective values in Equation (2) to calculate the taxable income in year 1 for the challenger.

$TI=−8,000−8,000=−16,000$

The taxable income for year 1 is -$16,000.

The tax (T) can be calculated using the following formula:

$T=TI×Te$ (3)

Substitute the respective values in Equation (3) to calculate the tax in year 1 for the challenger.

$T=−16,000×0.35=−5,600$

The tax for year 1 is -$5,600.

The cash flow after tax (CFAT) can be calculated using the following formula:

$CFAT=OE−Tax$ (4)

Substitute the respective values in Equation (4) to calculate the CFAT in year 1 for the challenger.

$CFAT=−8,000−(−5,600)=−2,400$

CFAT for year 1 is -$2,400.

Table 1 shows the CFAT value for different years obtained using Equations (1), (2), (3), and (4). The carry forwarded tax is $1,750. This should include the first cost.

Table 1

Year	OE	P and S	RR	D	TI	Tax	CFAT
0		25,750					-25,750
1	-8,000		0.3333	8,000	-16,000	-,5600	-2,400
2	-8,000		0.4445	10,668	-18,668	-6,534	-1,466
3	-8,000		0.1481	3,554	-11,554	-4,044	-3,956
4	-8,000	0	0.0741	1,778	-9,778	-3,422	-4,578

The present worth (PW) can be calculated as follows:

$PW=CFAT0+CFAT1(1+i)1+CFAT2(1+i)2+CFAT3(1+i)3+CFAT4(1+i)4=−25,750+−2,400(1+0.12)1+−1,466(1+0.12)2+−3,956(1+0.12)3+−4,578(1+0.12)3=−25,750+−2,4001.12+−1,4661.2544+−3,9561.40493+−4,5781.57352=−34,787$

The present worth of the challenger is -$34,787. Since the present worth of the challenger is greater than the defender, select the challenger.

The present worth of defender and challenger can be calculated using spreadsheet as follows:

Engineering Economy, Chapter 17, Problem 57P

Since the present worth of the challenger is greater than the defender, select the challenger.

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Answer 3

Question

Chapter 17, Problem 57P

To determine

Calculate the present worth.

Expert Solution & Answer

Explanation of Solution

The value of MARR is indicated by ‘i’ and the time period is indicated by ‘n’. The value of n1 is 4. The present worth (PW) of the defender can be calculated as follows:

$PWDefender=−Market value+Estimated S(1(1+i)n)+(OE+(OE−First cost−Sn1)×Te)((1+i)n−1i(1+i)n)=−35,000+5,000(1(1+0.12)4)+(−7,000+(−7,000−45,000−5,0008)×0.35)((1+0.12)4−10.12(1+0.12)4)=−35,000+5,000(0.6355)−2,800(3.0373)=−40,327$

The present worth of the defender is -$40,327.

Depreciation (D) can be calculated using the following formula:

$D=First cost×RR$ (1)

Substitute the respective values in Equation (1) to calculate the depreciation in year 1 for the challenger.

$D=24,000×0.3333=8,000$

Depreciation for year 1 is $8,000.

The taxable income (TI) can be calculated using the following formula:

$TI=OE−D$ (2)

Substitute the respective values in Equation (2) to calculate the taxable income in year 1 for the challenger.

$TI=−8,000−8,000=−16,000$

The taxable income for year 1 is -$16,000.

The tax (T) can be calculated using the following formula:

$T=TI×Te$ (3)

Substitute the respective values in Equation (3) to calculate the tax in year 1 for the challenger.

$T=−16,000×0.35=−5,600$

The tax for year 1 is -$5,600.

The cash flow after tax (CFAT) can be calculated using the following formula:

$CFAT=OE−Tax$ (4)

Substitute the respective values in Equation (4) to calculate the CFAT in year 1 for the challenger.

$CFAT=−8,000−(−5,600)=−2,400$

CFAT for year 1 is -$2,400.

Table 1 shows the CFAT value for different years obtained using Equations (1), (2), (3), and (4). The carry forwarded tax is $1,750. This should include the first cost.

Table 1

Year	OE	P and S	RR	D	TI	Tax	CFAT
0		25,750					-25,750
1	-8,000		0.3333	8,000	-16,000	-,5600	-2,400
2	-8,000		0.4445	10,668	-18,668	-6,534	-1,466
3	-8,000		0.1481	3,554	-11,554	-4,044	-3,956
4	-8,000	0	0.0741	1,778	-9,778	-3,422	-4,578

The present worth (PW) can be calculated as follows:

$PW=CFAT0+CFAT1(1+i)1+CFAT2(1+i)2+CFAT3(1+i)3+CFAT4(1+i)4=−25,750+−2,400(1+0.12)1+−1,466(1+0.12)2+−3,956(1+0.12)3+−4,578(1+0.12)3=−25,750+−2,4001.12+−1,4661.2544+−3,9561.40493+−4,5781.57352=−34,787$

The present worth of the challenger is -$34,787. Since the present worth of the challenger is greater than the defender, select the challenger.

The present worth of defender and challenger can be calculated using spreadsheet as follows:

Engineering Economy, Chapter 17, Problem 57P

Since the present worth of the challenger is greater than the defender, select the challenger.

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Answer 4

Question

Chapter 17, Problem 57P

To determine

Calculate the present worth.

Expert Solution & Answer

Explanation of Solution

The value of MARR is indicated by ‘i’ and the time period is indicated by ‘n’. The value of n1 is 4. The present worth (PW) of the defender can be calculated as follows:

$PWDefender=−Market value+Estimated S(1(1+i)n)+(OE+(OE−First cost−Sn1)×Te)((1+i)n−1i(1+i)n)=−35,000+5,000(1(1+0.12)4)+(−7,000+(−7,000−45,000−5,0008)×0.35)((1+0.12)4−10.12(1+0.12)4)=−35,000+5,000(0.6355)−2,800(3.0373)=−40,327$

The present worth of the defender is -$40,327.

Depreciation (D) can be calculated using the following formula:

$D=First cost×RR$ (1)

Substitute the respective values in Equation (1) to calculate the depreciation in year 1 for the challenger.

$D=24,000×0.3333=8,000$

Depreciation for year 1 is $8,000.

The taxable income (TI) can be calculated using the following formula:

$TI=OE−D$ (2)

Substitute the respective values in Equation (2) to calculate the taxable income in year 1 for the challenger.

$TI=−8,000−8,000=−16,000$

The taxable income for year 1 is -$16,000.

The tax (T) can be calculated using the following formula:

$T=TI×Te$ (3)

Substitute the respective values in Equation (3) to calculate the tax in year 1 for the challenger.

$T=−16,000×0.35=−5,600$

The tax for year 1 is -$5,600.

The cash flow after tax (CFAT) can be calculated using the following formula:

$CFAT=OE−Tax$ (4)

Substitute the respective values in Equation (4) to calculate the CFAT in year 1 for the challenger.

$CFAT=−8,000−(−5,600)=−2,400$

CFAT for year 1 is -$2,400.

Table 1 shows the CFAT value for different years obtained using Equations (1), (2), (3), and (4). The carry forwarded tax is $1,750. This should include the first cost.

Table 1

Year	OE	P and S	RR	D	TI	Tax	CFAT
0		25,750					-25,750
1	-8,000		0.3333	8,000	-16,000	-,5600	-2,400
2	-8,000		0.4445	10,668	-18,668	-6,534	-1,466
3	-8,000		0.1481	3,554	-11,554	-4,044	-3,956
4	-8,000	0	0.0741	1,778	-9,778	-3,422	-4,578

The present worth (PW) can be calculated as follows:

$PW=CFAT0+CFAT1(1+i)1+CFAT2(1+i)2+CFAT3(1+i)3+CFAT4(1+i)4=−25,750+−2,400(1+0.12)1+−1,466(1+0.12)2+−3,956(1+0.12)3+−4,578(1+0.12)3=−25,750+−2,4001.12+−1,4661.2544+−3,9561.40493+−4,5781.57352=−34,787$

The present worth of the challenger is -$34,787. Since the present worth of the challenger is greater than the defender, select the challenger.

The present worth of defender and challenger can be calculated using spreadsheet as follows:

Engineering Economy, Chapter 17, Problem 57P

Since the present worth of the challenger is greater than the defender, select the challenger.

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Subscribe now to access step-by-step solutions to millions of textbook problems written by subject matter experts!

Answer 5

Chapter 17, Problem 57P

To determine

Calculate the present worth.

Expert Solution & Answer

Explanation of Solution

The value of MARR is indicated by ‘i’ and the time period is indicated by ‘n’. The value of n1 is 4. The present worth (PW) of the defender can be calculated as follows:

$PWDefender=−Market value+Estimated S(1(1+i)n)+(OE+(OE−First cost−Sn1)×Te)((1+i)n−1i(1+i)n)=−35,000+5,000(1(1+0.12)4)+(−7,000+(−7,000−45,000−5,0008)×0.35)((1+0.12)4−10.12(1+0.12)4)=−35,000+5,000(0.6355)−2,800(3.0373)=−40,327$

The present worth of the defender is -$40,327.

Depreciation (D) can be calculated using the following formula:

$D=First cost×RR$ (1)

Substitute the respective values in Equation (1) to calculate the depreciation in year 1 for the challenger.

$D=24,000×0.3333=8,000$

Depreciation for year 1 is $8,000.

The taxable income (TI) can be calculated using the following formula:

$TI=OE−D$ (2)

Substitute the respective values in Equation (2) to calculate the taxable income in year 1 for the challenger.

$TI=−8,000−8,000=−16,000$

The taxable income for year 1 is -$16,000.

The tax (T) can be calculated using the following formula:

$T=TI×Te$ (3)

Substitute the respective values in Equation (3) to calculate the tax in year 1 for the challenger.

$T=−16,000×0.35=−5,600$

The tax for year 1 is -$5,600.

The cash flow after tax (CFAT) can be calculated using the following formula:

$CFAT=OE−Tax$ (4)

Substitute the respective values in Equation (4) to calculate the CFAT in year 1 for the challenger.

$CFAT=−8,000−(−5,600)=−2,400$

CFAT for year 1 is -$2,400.

Table 1 shows the CFAT value for different years obtained using Equations (1), (2), (3), and (4). The carry forwarded tax is $1,750. This should include the first cost.

Table 1

Year	OE	P and S	RR	D	TI	Tax	CFAT
0		25,750					-25,750
1	-8,000		0.3333	8,000	-16,000	-,5600	-2,400
2	-8,000		0.4445	10,668	-18,668	-6,534	-1,466
3	-8,000		0.1481	3,554	-11,554	-4,044	-3,956
4	-8,000	0	0.0741	1,778	-9,778	-3,422	-4,578

The present worth (PW) can be calculated as follows:

$PW=CFAT0+CFAT1(1+i)1+CFAT2(1+i)2+CFAT3(1+i)3+CFAT4(1+i)4=−25,750+−2,400(1+0.12)1+−1,466(1+0.12)2+−3,956(1+0.12)3+−4,578(1+0.12)3=−25,750+−2,4001.12+−1,4661.2544+−3,9561.40493+−4,5781.57352=−34,787$

The present worth of the challenger is -$34,787. Since the present worth of the challenger is greater than the defender, select the challenger.

The present worth of defender and challenger can be calculated using spreadsheet as follows:

Engineering Economy, Chapter 17, Problem 57P

Since the present worth of the challenger is greater than the defender, select the challenger.

Answer 6

Chapter 17, Problem 57P

To determine

Calculate the present worth.

Expert Solution & Answer

Explanation of Solution

The value of MARR is indicated by ‘i’ and the time period is indicated by ‘n’. The value of n1 is 4. The present worth (PW) of the defender can be calculated as follows:

$PWDefender=−Market value+Estimated S(1(1+i)n)+(OE+(OE−First cost−Sn1)×Te)((1+i)n−1i(1+i)n)=−35,000+5,000(1(1+0.12)4)+(−7,000+(−7,000−45,000−5,0008)×0.35)((1+0.12)4−10.12(1+0.12)4)=−35,000+5,000(0.6355)−2,800(3.0373)=−40,327$

The present worth of the defender is -$40,327.

Depreciation (D) can be calculated using the following formula:

$D=First cost×RR$ (1)

Substitute the respective values in Equation (1) to calculate the depreciation in year 1 for the challenger.

$D=24,000×0.3333=8,000$

Depreciation for year 1 is $8,000.

The taxable income (TI) can be calculated using the following formula:

$TI=OE−D$ (2)

Substitute the respective values in Equation (2) to calculate the taxable income in year 1 for the challenger.

$TI=−8,000−8,000=−16,000$

The taxable income for year 1 is -$16,000.

The tax (T) can be calculated using the following formula:

$T=TI×Te$ (3)

Substitute the respective values in Equation (3) to calculate the tax in year 1 for the challenger.

$T=−16,000×0.35=−5,600$

The tax for year 1 is -$5,600.

The cash flow after tax (CFAT) can be calculated using the following formula:

$CFAT=OE−Tax$ (4)

Substitute the respective values in Equation (4) to calculate the CFAT in year 1 for the challenger.

$CFAT=−8,000−(−5,600)=−2,400$

CFAT for year 1 is -$2,400.

Table 1 shows the CFAT value for different years obtained using Equations (1), (2), (3), and (4). The carry forwarded tax is $1,750. This should include the first cost.

Table 1

Year	OE	P and S	RR	D	TI	Tax	CFAT
0		25,750					-25,750
1	-8,000		0.3333	8,000	-16,000	-,5600	-2,400
2	-8,000		0.4445	10,668	-18,668	-6,534	-1,466
3	-8,000		0.1481	3,554	-11,554	-4,044	-3,956
4	-8,000	0	0.0741	1,778	-9,778	-3,422	-4,578

The present worth (PW) can be calculated as follows:

$PW=CFAT0+CFAT1(1+i)1+CFAT2(1+i)2+CFAT3(1+i)3+CFAT4(1+i)4=−25,750+−2,400(1+0.12)1+−1,466(1+0.12)2+−3,956(1+0.12)3+−4,578(1+0.12)3=−25,750+−2,4001.12+−1,4661.2544+−3,9561.40493+−4,5781.57352=−34,787$

The present worth of the challenger is -$34,787. Since the present worth of the challenger is greater than the defender, select the challenger.

The present worth of defender and challenger can be calculated using spreadsheet as follows:

Engineering Economy, Chapter 17, Problem 57P

Since the present worth of the challenger is greater than the defender, select the challenger.

Answer 7

Chapter 17, Problem 57P

To determine

Calculate the present worth.

Answer 8

Expert Solution & Answer

Explanation of Solution

The value of MARR is indicated by ‘i’ and the time period is indicated by ‘n’. The value of n1 is 4. The present worth (PW) of the defender can be calculated as follows:

$PWDefender=−Market value+Estimated S(1(1+i)n)+(OE+(OE−First cost−Sn1)×Te)((1+i)n−1i(1+i)n)=−35,000+5,000(1(1+0.12)4)+(−7,000+(−7,000−45,000−5,0008)×0.35)((1+0.12)4−10.12(1+0.12)4)=−35,000+5,000(0.6355)−2,800(3.0373)=−40,327$

The present worth of the defender is -$40,327.

Depreciation (D) can be calculated using the following formula:

$D=First cost×RR$ (1)

Substitute the respective values in Equation (1) to calculate the depreciation in year 1 for the challenger.

$D=24,000×0.3333=8,000$

Depreciation for year 1 is $8,000.

The taxable income (TI) can be calculated using the following formula:

$TI=OE−D$ (2)

Substitute the respective values in Equation (2) to calculate the taxable income in year 1 for the challenger.

$TI=−8,000−8,000=−16,000$

The taxable income for year 1 is -$16,000.

The tax (T) can be calculated using the following formula:

$T=TI×Te$ (3)

Substitute the respective values in Equation (3) to calculate the tax in year 1 for the challenger.

$T=−16,000×0.35=−5,600$

The tax for year 1 is -$5,600.

The cash flow after tax (CFAT) can be calculated using the following formula:

$CFAT=OE−Tax$ (4)

Substitute the respective values in Equation (4) to calculate the CFAT in year 1 for the challenger.

$CFAT=−8,000−(−5,600)=−2,400$

CFAT for year 1 is -$2,400.

Table 1 shows the CFAT value for different years obtained using Equations (1), (2), (3), and (4). The carry forwarded tax is $1,750. This should include the first cost.

Table 1

Year	OE	P and S	RR	D	TI	Tax	CFAT
0		25,750					-25,750
1	-8,000		0.3333	8,000	-16,000	-,5600	-2,400
2	-8,000		0.4445	10,668	-18,668	-6,534	-1,466
3	-8,000		0.1481	3,554	-11,554	-4,044	-3,956
4	-8,000	0	0.0741	1,778	-9,778	-3,422	-4,578

The present worth (PW) can be calculated as follows:

$PW=CFAT0+CFAT1(1+i)1+CFAT2(1+i)2+CFAT3(1+i)3+CFAT4(1+i)4=−25,750+−2,400(1+0.12)1+−1,466(1+0.12)2+−3,956(1+0.12)3+−4,578(1+0.12)3=−25,750+−2,4001.12+−1,4661.2544+−3,9561.40493+−4,5781.57352=−34,787$