QUESTION 8 You run an custom t-shirt shop. You have a very specific process to make your t-shirts. First, you need to bleach the t-shirt, which takes 30 seconds. Then you add colors (done in any order) that take 10 seconds for red, 20 seconds for blue, and 15 seconds for yellow. After you finish all the coloring, you need to iron the shirt taking 100 seconds, and then finally fold the shit taking 15 seconds. If you run your business 12 hours a day, and you want to make the most number of shirts possible in a day, what is the efficiency of your optimal facility layout? Round your answer to the nearest percent, witout the % symbol. For example, if your answer is 49.23%, enter 49 into the box.
QUESTION 8 You run an custom t-shirt shop. You have a very specific process to make your t-shirts. First, you need to bleach the t-shirt, which takes 30 seconds. Then you add colors (done in any order) that take 10 seconds for red, 20 seconds for blue, and 15 seconds for yellow. After you finish all the coloring, you need to iron the shirt taking 100 seconds, and then finally fold the shit taking 15 seconds. If you run your business 12 hours a day, and you want to make the most number of shirts possible in a day, what is the efficiency of your optimal facility layout? Round your answer to the nearest percent, witout the % symbol. For example, if your answer is 49.23%, enter 49 into the box.
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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Transcribed Image Text:QUESTION 8
You run an custom t-shirt shop. You have a very specific process to make your t-shirts. First, you need to bleach the t-shirt, which takes 30 seconds. Then
you add colors (done in any order) that take 10 seconds for red, 20 seconds for blue, and 15 seconds for yellow. After you finish all the coloring, you need
to iron the shirt taking 100 seconds, and then finally fold the shit taking 15 seconds. If you run your business 12 hours a day, and you want to make the
most number of shirts possible in a day, what is the efficiency of your optimal facility layout? Round your answer to the nearest percent, witout the %
symbol. For example, if your answer is 49.23%, enter 49 into the box.
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