Actual Output ÷ Effective Capacity equals which measure?

Actual Output ÷ Effective Capacity equals which measure?

• A. Utilization
• B. Throughput
• C. Efficiency
• D. Capacity

Answer: (C)

This measures how efficiently the system converts what it can realistically produce into actual output. Actual Output is what was actually produced, while Effective Capacity is the maximum amount the system can produce under normal operating conditions (taking downtime, maintenance, and other constraints into account). Efficiency is defined as Actual Output divided by Effective Capacity, so it reflects how close you are to your normal best performance. For example, if you actually produce 800 units and the effective capacity is 1000 units, efficiency is 800/1000 = 0.8, or 80%. This ties the day-to-day result to what the system could reasonably achieve, rather than to its theoretical maximum. Utilization would compare actual output to design or rated capacity, not to effective capacity. Throughput is more about the rate of production over time, and capacity alone is the maximum possible output, not a ratio.

This measures how efficiently the system converts what it can realistically produce into actual output. Actual Output is what was actually produced, while Effective Capacity is the maximum amount the system can produce under normal operating conditions (taking downtime, maintenance, and other constraints into account). Efficiency is defined as Actual Output divided by Effective Capacity, so it reflects how close you are to your normal best performance.

For example, if you actually produce 800 units and the effective capacity is 1000 units, efficiency is 800/1000 = 0.8, or 80%. This ties the day-to-day result to what the system could reasonably achieve, rather than to its theoretical maximum.

Utilization would compare actual output to design or rated capacity, not to effective capacity. Throughput is more about the rate of production over time, and capacity alone is the maximum possible output, not a ratio.