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# Operations Management Outputs

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A steel product is manufactured by starting with raw material (carbon steel wire) and then processing it sequentially through five operations using machines A to E, respectively (see table below). This is the only use that the five machines are put to. The hourly rates for each machine are given in the table. Answer the following questions. Use the original output rates to answer each question (i.e., disregard any changes mentioned in previous questions).

Operation: 1 2 3 4 5
Machine: A B C D E
Hourly unit output rate: 120 70 60 120 100

Consider the following questions.

a. What is the maximum output per hour of the steel product?
Maximum output per hour
b. By how much would the output be improved if B was increased to 80?
c. By how much would the output be improved if C was increased to 80?
d. By how much would the output be improved if C was increased to 100?
e. What is the effect on the system if machine A can only manage an output of 40 in one hour?
f. What is the effect on the system if machine C can only manage an output of 30 in one hour?
g. What is the effect on the system if machine B is allowed to drop to an output of 60 in one hour?

#### Solution Preview

Operations Management
A steel product is manufactured by starting with raw material (carbon steel wire) and then processing it sequentially through five operations using machines A to E, respectively (see table below). This is the only use that the five machines are put to. The hourly rates for each machine are given in the table. Answer the following questions. Use the original output rates to answer each question (i.e., disregard any changes mentioned in previous questions).
Operation: 1 2 3 4 5
Machine: A B C D E
Hourly unit output rate: 120 70 60 120 100
Consider the following questions.
a. What ...

#### Solution Summary

This is a 465-word solution to questions a - g concerning operations management. It is a mathematical problem that covers production rates determined by the capacity of five machines A B C D and E. As each machine changes their rate of production it affects the total production of the end process.

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