ENGINEERING ECO ANALYSIS W/STUDY GUIDE
ENGINEERING ECO ANALYSIS W/STUDY GUIDE
13th Edition
ISBN: 9780190693053
Author: NEWNAN
Publisher: Oxford University Press
Question
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Chapter D, Problem 16P
To determine

Net profit for the bookstore (sales-costs) over the life of 160-unit lot of textbooks.

Expert Solution & Answer
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Answer to Problem 16P

The correct answer is (a)$7900.

Explanation of Solution

Given:

Total book lot is, 160.

Number of semester is, 4.

Textbook cost for producer is, $25.

Bookstore is paying $50 per book

Students are paying $75 per book.

Students are paying $60 per used book.

Bookstore repurchase 50% of book at the end of each semester for $30.

Calculation:

Calculate net profit for the bookstore in the beginning of first semester:

Netprofit=(( Numberofbooksoldinfirstsemester× Costforstudent )( Numberofbooksoldinfirstsemester× Costforbookstore )) ...... (I)

Substitute 160 for Number of book sold in the first semester, 75 for Cost for student, 50Netprofit=(160×75)(160×50)=12,0008,000=4,000 n > for Cost for bookstore in Equation (I).

Thus, net profit for the first semester is, $4,000.

Calculate net profit for the bookstore in the beginning of second semester.

In the beginning of this semester 50% of book repurchases by bookstore that sold in first semester and resold it to students.

Netprofit=(( Numberofbooksoldinfirstsemester×0.5 ×Costforstudentforusedbook )( Numberofbooksoldinfirstsemester×0.5× Costforbookstoreforrepurchase )) ...... (II)

Substitute 160 for Number of book sold in the first semester, 60 for Cost for student for used book, 30 for Cost for bookstore for repurchase in Equation (II)

Netprofit=(160×0.5×60)(160×0.5×30)=4,8002,400=2,400

Thus, net profit for the second semester is, $2,400.

Calculate net profit for the bookstore in the beginning of third semester.

In the beginning of this semester 50% of book repurchases by bookstore that sold in second semester and resold it to students.

Netprofit=(( Numberofbooksoldinfirstsemester×0.5×0.5 ×Costforstudentforusedbook )( Numberofbooksoldinfirstsemester× 0.5×0.5× Costforbookstoreforrepurchase )) ...... (III)

Substitute 160 for Number of book sold in the first semester, 60 for Cost for student for used book, 30 for Cost for bookstore for repurchase in Equation (III)

Netprofit=(160×0.5×0.5×60)(160×0.5×0.5×30)=2,4001,200=1,200

Thus, net profit for the third semester is $1,200.

Calculate net profit for the bookstore in the third semester:

In the beginning of this semester 50% of book repurchases by bookstore that sold in third semester and resold it to students. In addition, in the end of this semester bookstore repurchases 50% book that sold in fourth semester.

Netprofit=(( Numberofbooksoldinfirstsemester× 0.5×0.5×0.5 ×Costforstudentforusedbook )( ( Numberofbooksoldinfirstsemester ×0.5×0.5×0.5 ×Costforbookstoreforrepurchase ) +( Numberofbooksoldinfirstsemester× 0.5×0.5×0.5×0.5 ×Costforbookstoreforrepurchase ) )) ...... (IV)

Substitute 160 for Number of book sold in the first semester, 60 for Cost for student for used book, 30 for Cost for bookstore for repurchase in Equation (IV).

Netprofit=(160×0.5×0.5×0.5×60)( ( 160×0.5×0.5×0.5×30 ) +( 160×0.5×0.5×0.5×0.5×30 ))=1,200(( 600)+( 300))=300

Thus net profit for the fourth semester is $300.

Calculate total net profit.

Totalnetprofit=(Netprofitforfirstsemester+Netprofitforsecondsemester+Netprofitforthirdsemester+Netprofitforfourthsemester) ...... (V)

Substitute 4,000 for Net profit for first semester, 2,400 for Net profit for second semester, 1,200 for Net profit for the third semester, 300 for Net profit for fourth semester in Equation (V).

Totalnetprofit=4,000+2,400+1,200+300=7,900

Thus, total cost is $7,900.

Conclusion:

Therefore, the correct answer is (a)$7900.

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Chapter D Solutions

ENGINEERING ECO ANALYSIS W/STUDY GUIDE

Ch. D - Prob. 11PCh. D - Prob. 12PCh. D - Prob. 13PCh. D - Prob. 14PCh. D - Prob. 15PCh. D - Prob. 16PCh. D - Prob. 17PCh. D - Prob. 18PCh. D - Prob. 19PCh. D - Prob. 20PCh. D - Prob. 21PCh. D - Prob. 22PCh. D - Prob. 23PCh. D - Prob. 24PCh. D - Prob. 25PCh. D - Prob. 26PCh. D - Prob. 27PCh. D - Prob. 28PCh. D - Prob. 29PCh. D - Prob. 30PCh. D - Prob. 31PCh. D - Prob. 32PCh. D - Prob. 33PCh. D - Prob. 34PCh. D - Prob. 35PCh. D - Prob. 36PCh. D - Prob. 37PCh. D - Prob. 38PCh. D - Prob. 39PCh. D - Prob. 40PCh. D - Prob. 41PCh. D - Prob. 42PCh. D - Prob. 43PCh. D - Prob. 44PCh. D - Prob. 45PCh. D - Prob. 46PCh. D - Prob. 47PCh. D - Prob. 48PCh. D - Prob. 49PCh. D - Prob. 50PCh. D - Prob. 51PCh. D - Prob. 52PCh. D - Prob. 53PCh. D - Prob. 54PCh. D - Prob. 55PCh. D - Prob. 56PCh. D - Prob. 57PCh. D - Prob. 58PCh. D - Prob. 59PCh. D - Prob. 60PCh. D - Prob. 61PCh. D - Prob. 62PCh. D - Prob. 63PCh. D - Prob. 64PCh. D - Prob. 65PCh. D - Prob. 66PCh. D - Prob. 67PCh. D - Prob. 68PCh. D - Prob. 69PCh. D - Prob. 70PCh. D - Prob. 71PCh. D - Prob. 72PCh. D - Prob. 73PCh. D - Prob. 74PCh. D - Prob. 75PCh. D - Prob. 76PCh. D - Prob. 77PCh. D - Prob. 78PCh. D - Prob. 79PCh. D - Prob. 80PCh. D - Prob. 81PCh. D - Prob. 82PCh. D - Prob. 83PCh. D - Prob. 84PCh. D - Prob. 85PCh. D - Prob. 86PCh. D - Prob. 87PCh. D - Prob. 88PCh. D - Prob. 89PCh. D - Prob. 90PCh. D - Prob. 91PCh. D - Prob. 92PCh. D - Prob. 93PCh. D - Prob. 94PCh. D - Prob. 95PCh. D - Prob. 96PCh. D - Prob. 97PCh. D - Prob. 98PCh. D - Prob. 99PCh. D - Prob. 100PCh. D - Prob. 101PCh. D - Prob. 102PCh. D - Prob. 103PCh. D - Prob. 104PCh. D - Prob. 105PCh. D - Prob. 106PCh. D - Prob. 107PCh. D - Prob. 108PCh. D - Prob. 109PCh. D - Prob. 110PCh. D - Prob. 111PCh. D - Prob. 112PCh. D - Prob. 113PCh. D - Prob. 114PCh. D - Prob. 115PCh. D - Prob. 116PCh. D - Prob. 117PCh. D - Prob. 118PCh. D - Prob. 119PCh. D - Prob. 120PCh. D - Prob. 121PCh. D - Prob. 122PCh. D - Prob. 123PCh. D - Prob. 124PCh. D - Prob. 125PCh. D - Prob. 126PCh. D - Prob. 127PCh. D - Prob. 128PCh. D - Prob. 129PCh. D - Prob. 130PCh. D - Prob. 131PCh. D - Prob. 132PCh. D - Prob. 133PCh. D - Prob. 134PCh. D - Prob. 135PCh. D - Prob. 136PCh. D - Prob. 137PCh. D - Prob. 138PCh. D - Prob. 139P
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