Table 10.20
The following information is known about an assembly line.
The desired output rate is 80 units per hour.

\begin{array} { | c | c | c | } \hline \begin{array} { c } \text { Work } \\\text { Elements }\end{array} & \begin{array} { c } \text { Time } \\( \mathrm { sec } )\end{array} & \begin{array} { c } \text { Immediate } \\\text { Predecessor(s) }\end{array} \\\hline \text { A } & 40 & - - \\\text { B } & 36 & \text { A } \\\text { C } & 20 & \text { A } \\\text { D } & 2 & \text { A } \\\text { E } & 30 & \text { B, C } \\\text { F } & 34 & \text { D } \\\text { G } & 35 & \text { E } \\\text { H } & 5 & \text { F } \\\text { I } & 15 & \text { E, H } \\\text { J } & 40 & \text { H } \\\text { K } & 38 & \text { G, I, J } \\\hline\end{array}

-Use the information in Table 10.20. Using the longest work- element time rule of line balancing, what is the theoretical minimum number of stations versus the number of stations needed?
A) 2 versus 3
B) 3 versus 3
C) 3 versus 4
D) 4 versus 2

What Is the Definition of "Theoretical Maximum Efficiency

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