Which of the following statements about Utilization are TRUE?

Question

BlackTom AI · Accepted Answer

The question asks: 'Which of the following statements about Utilization are TRUE?'

First, I will restate what is provided:
- Question: Which of the following statements about Utilization are TRUE?
- Answer (as given): 'A non-bottleneck stage has excess capacity compared to the bottleneck stage, and the utilization of a non-bottleneck stage is always less than 100%.'
- Answer options: (empty)

Because the answer options are missing, we cannot evaluate multiple statements or identify all true/false options in a standard way. Instead, I will analyze the single provided statement in isolation and explain key concepts around utilization, highlighting potential edge cases.

Analyzing the provided statement:
Option: 'A non-bottleneck stage has excess capacity compared to the bottleneck stage, and the utilization of a non-bottleneck stage is always less than 100%.'
- Part 1: 'A non-bottleneck stage has excess capacity compared to the bottleneck stage.' In many production systems, the bottleneck is the slowest stage that limits the overall throughput. Non-bottleneck stages typically have higher capacity relative to the bottleneck, which creates slack or unused capacity at those stages. However, the degree of excess capacity can vary depending on production mix, scheduling, and line balancing; it is not guaranteed to have excess capacity in every scenario. This part is often true in a simple, steady-state interpretation, but it is not an absolute universal guarantee.
- Part 2: 'the utilization of a non-bottleneck stage is always less than 100%.' This is more contentious. Utilization is the fraction of time a resource is actively processing tasks. Non-bottleneck stages can be operating below capacity, yielding utilization < 100%, which aligns with the idea of excess capacity. Yet, in some scheduling configurations (e.g., when the upstream work is synchronized with downstream needs, or during startup/shutdown or specific run conditions), a non-bottleneck stage can momentarily or even persistently operate at or near full utilization (approaching 100%) while the system throughput is still constrained by the bottleneck. In short, while a non-bottleneck stage is often not the limiting constraint, it is not guaranteed to be strictly less than 100% at all times or in all systems.

Synthesis of these considerations:
- The statement combines two claims: (a) non-bottleneck stages have excess capacity relative to the bottleneck, and (b) their utilization is always less than 100%. Each claim has caveats. The first is commonly true in a well-balanced line but not universally true in all configurations or with dynamic scheduling. The second claim is not universally true because non-bottleneck stages can, under certain conditions, operate at high utilization levels, including approaching or reaching 100%, even though throughput is limited by the bottleneck.

Therefore, if the question intends to identify true statements about utilization in typical theory (bottleneck analysis, theory of constraints), the given statement would be considered incomplete or not universally true, because it asserts an absolute condition (always less than 100%) that does not hold in all real-world scenarios.

If there were additional options, we would evaluate each one similarly:
- For any option claiming the non-bottleneck utilization is always less than 100%, we would scrutinize for scenarios where it could reach high utilization due to line balancing, synchronization, or high arrival rates.
- For any option claiming non-bottleneck stages always have excess capacity, we would examine cases with equal capacities, aggressive scheduling, or rare but possible setups where non-bottleneck stages become constrained due to external factors.

Given the absence of other options, we cannot provide a complete TRUE/FALSE assessment for all statements. The analysis above demonstrates how to reason about utilization concepts and where common misconceptions may arise.

OSC 3050-016 Spring 2025 Module 2 Homework

Which of the following statements about Utilization are TRUE?

查看解析

登录即可查看完整答案

类似问题

Question at position 36 The optimal capacity utilization for a service organization is 100%TrueFalse

Utilization is calculated as the ratio of maximum capacity to actual output rate, expressed as a percentage.

What is the current Capacity Utilization Rate?

Part 1What is efficiency?Part 2 A. 100% utilization B. percentage of design capacity actually used C. effective capacity divided by design capacity D. percentage of effective capacity actually used

Part 1A plant has an effective capacity of 1,0001,000 units per day and produces 920.0920.0 units per day with its product mix. Part 2The plant efficiency = [input]enter your response here % (enter your response as a percentage rounded to one decimal place).

更多留学生实用工具

考试浏览器助手

风格化写作助手

论文查重助手

文献引用助手

课堂转译助手

课堂笔记助手

Quiz搜索助手

学校历年真题

智能刷题助手

智能匹配练习

希望你的学习变得更简单

OSC 3050-016 Spring 2025 Module 2 Homework

Which of the following statements about Utilization are TRUE?

查看解析

登录即可查看完整答案

类似问题

Question at position 36 The optimal capacity utilization for a service organization is 100%TrueFalse

Utilization is calculated as the ratio of maximum capacity to actual output rate, expressed as a percentage.

What is the current Capacity Utilization Rate?

Part 1What is​ efficiency?Part 2 A. ​100% utilization B. percentage of design capacity actually used C. effective capacity divided by design capacity D. percentage of effective capacity actually used

Part 1A plant has an effective capacity of 1,0001,000 units per day and produces 920.0920.0 units per day with its product mix. Part 2The plant efficiency​ = [input]enter your response here ​% ​(enter your response as a percentage rounded to one decimal​ place).

更多留学生实用工具

希望你的学习变得更简单

Part 1What is efficiency?Part 2 A. 100% utilization B. percentage of design capacity actually used C. effective capacity divided by design capacity D. percentage of effective capacity actually used

Part 1A plant has an effective capacity of 1,0001,000 units per day and produces 920.0920.0 units per day with its product mix. Part 2The plant efficiency = [input]enter your response here % (enter your response as a percentage rounded to one decimal place).