C) Find the utilization and production capacity of the machines in the cell as you have designed it.

Hint: the capacity of the machine can be found by multiplying 40 hours/week by the production rate, and the utilization is the total number of parts processed per week (see from-to chart) divided by the capacity.

Solve for part C please

A cell will machine the components for a family of parts. The parts are rotational type, and so the cell must be able to perform turning, boring, facing, drilling, and cylindrical grinding operations. Accordingly, there will be several machine tools in the cell, of types and numbers to be specified by the designer. The parts are currently machined by conventional methods in a process-type layout. In the current production method, there are seven machines involved but two of the machines (4 and 5) are duplicates. The two categories "parts in" and parts out" indicate parts entering and exiting the seven-machine group. A total of 400 parts on average are processed through the seven machines each week. However, as indicated by the data, not all 400 parts are processed by every machine. The from-to data indicate the number of workparts moved between machines during a typical 40 hour week. "From-to" data have been collected for the jobs that are relevant to this problem. Average production rate capacity on each of the machines for the particular distribution of this parts family is given in the table below. (a) Use Hollier method to analyze sequence. Sequence: 6 (b) Network diagram: Combine operations 4 and 5 into one operation; call it operation 4