This part is similar to part 1, but instead of being given the number of repipes and tankless installs per 40 hour workweek, you are given the time per repipe or tankless install, in hours. Each worker at Derby Plumbing Services works 40 hours. The productivity of the six workers differs from part 1. Hours per tankless ITT Worker Hours per repipe install Austin 4.5 6.5 Cody 5 8 Dallas 3 4.5 Lincoln 4.5 Pierre 2.5 5 Victoria 12. If each worker split their time equally between repipes and tankless installs (i.e., devoted 20 hours to each), how many repipes could the company complete if all workers work a 40 hour week? (Partial repipes are allowed; enter your answer to one decimal place.) 13. If each worker split their time equally between repipes and tankless installs, how many tankless installs could the company complete if all workers work a 40 hour week? (Partial tankless installs are allowed; enter your answer to one

Advanced Engineering Mathematics
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ISBN:9780470458365
Author:Erwin Kreyszig
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Chapter2: Second-order Linear Odes
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This part is similar to part 1, but instead of being given the number of repipes and tankless installs per 40 hour
workweek, you are given the time per repipe or tankless install, in hours. Each worker at Derby Plumbing Services works
40 hours. The productivity of the six workers differs from part 1.
ITT
Hours per tankless
Worker
Hours per repipe
install
Austin
4.5
6.5
Cody
5
8
Dallas
3
4.5
Lincoln
4.5
Pierre
2.5
5
Victoria
12. If each worker split their time equally between repipes and tankless installs (i.e., devoted 20 hours to each), how
many repipes could the company complete if all workers work a 40 hour week? (Partial repipes are allowed; enter your
answer to one decimal place.)
13. If each worker split their time equally between repipes and tankless installs, how many tankless installs could the
company complete if all workers work a 40 hour week? (Partial tankless installs are allowed; enter your answer to one
decimal place.)
14. If you used the concept of comparative advantage to maximize the number of tankless installs given the number of
repipes you gave in question (12), how many tankless installs could be produced? (You may find it easier to first convert
the 'Hours per repipe' and 'Hours per tankless install' to 'Repipes per 40 hour workweek' and 'Tankless installs per 40
hour workweek,' then proceed as in part 1 of this assignment.) (Hint: If your answer is not greater than your answer to
question 13, either your answer to 13 or your answer to this question must be incorrect.)
15. If you used the concept of comparative advantage to maximize the number of repipes given the number of tankless
installs you gave in question (13), how many repipes could be produced?
Transcribed Image Text:This part is similar to part 1, but instead of being given the number of repipes and tankless installs per 40 hour workweek, you are given the time per repipe or tankless install, in hours. Each worker at Derby Plumbing Services works 40 hours. The productivity of the six workers differs from part 1. ITT Hours per tankless Worker Hours per repipe install Austin 4.5 6.5 Cody 5 8 Dallas 3 4.5 Lincoln 4.5 Pierre 2.5 5 Victoria 12. If each worker split their time equally between repipes and tankless installs (i.e., devoted 20 hours to each), how many repipes could the company complete if all workers work a 40 hour week? (Partial repipes are allowed; enter your answer to one decimal place.) 13. If each worker split their time equally between repipes and tankless installs, how many tankless installs could the company complete if all workers work a 40 hour week? (Partial tankless installs are allowed; enter your answer to one decimal place.) 14. If you used the concept of comparative advantage to maximize the number of tankless installs given the number of repipes you gave in question (12), how many tankless installs could be produced? (You may find it easier to first convert the 'Hours per repipe' and 'Hours per tankless install' to 'Repipes per 40 hour workweek' and 'Tankless installs per 40 hour workweek,' then proceed as in part 1 of this assignment.) (Hint: If your answer is not greater than your answer to question 13, either your answer to 13 or your answer to this question must be incorrect.) 15. If you used the concept of comparative advantage to maximize the number of repipes given the number of tankless installs you gave in question (13), how many repipes could be produced?
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