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Manufacturing a product requires processing on four machines A, B, C, D in the order A – B – C – D. The capacities of four machines are A = 100, B = 110, C = 120 and D = 130 units per shift. If the expected output is 90% of the system capacity, then what is the expected output?
- a)90 units
- b)99 units
- c)108 units
- d)117 units
Correct answer is option 'A'. Can you explain this answer?
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Verified Answer
Manufacturing a product requires processing on four machines A, B, C, ...
In the sequence of A – B – C – D only minimum output have to be calculated. Other machines will be on empty position.
∴ Output = η × 100= 0.9 × 100= 90 units
∴ Output = η × 100= 0.9 × 100= 90 units
Most Upvoted Answer
Manufacturing a product requires processing on four machines A, B, C, ...
Expected output Calculation:
The expected output is given by the formula: Expected output = (Capacity of the slowest machine * Efficiency)
Given:
Capacity of machine A = 100 units per shift
Capacity of machine B = 110 units per shift
Capacity of machine C = 120 units per shift
Capacity of machine D = 130 units per shift
Efficiency = 90%
Calculating the expected output for each machine:
Machine A:
Expected output of machine A = (Capacity of machine A * Efficiency)
= (100 units per shift * 90%)
= 90 units per shift
Machine B:
Expected output of machine B = (Capacity of machine B * Efficiency)
= (110 units per shift * 90%)
= 99 units per shift
Machine C:
Expected output of machine C = (Capacity of machine C * Efficiency)
= (120 units per shift * 90%)
= 108 units per shift
Machine D:
Expected output of machine D = (Capacity of machine D * Efficiency)
= (130 units per shift * 90%)
= 117 units per shift
Total expected output:
The total expected output is the output of the last machine in the process, which is machine D.
Therefore, the expected output of the system is 117 units per shift, which is option 'A'.
The expected output is given by the formula: Expected output = (Capacity of the slowest machine * Efficiency)
Given:
Capacity of machine A = 100 units per shift
Capacity of machine B = 110 units per shift
Capacity of machine C = 120 units per shift
Capacity of machine D = 130 units per shift
Efficiency = 90%
Calculating the expected output for each machine:
Machine A:
Expected output of machine A = (Capacity of machine A * Efficiency)
= (100 units per shift * 90%)
= 90 units per shift
Machine B:
Expected output of machine B = (Capacity of machine B * Efficiency)
= (110 units per shift * 90%)
= 99 units per shift
Machine C:
Expected output of machine C = (Capacity of machine C * Efficiency)
= (120 units per shift * 90%)
= 108 units per shift
Machine D:
Expected output of machine D = (Capacity of machine D * Efficiency)
= (130 units per shift * 90%)
= 117 units per shift
Total expected output:
The total expected output is the output of the last machine in the process, which is machine D.
Therefore, the expected output of the system is 117 units per shift, which is option 'A'.
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Manufacturing a product requires processing on four machines A, B, C, D in the order A – B – C – D. The capacities of four machines are A = 100, B = 110, C = 120 and D = 130 units per shift. If the expected output is 90% of the system capacity, then what is the expected output?a)90 units b)99 units c)108 units d)117 unitsCorrect answer is option 'A'. Can you explain this answer?
Question Description
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Manufacturing a product requires processing on four machines A, B, C, D in the order A – B – C – D. The capacities of four machines are A = 100, B = 110, C = 120 and D = 130 units per shift. If the expected output is 90% of the system capacity, then what is the expected output?a)90 units b)99 units c)108 units d)117 unitsCorrect answer is option 'A'. Can you explain this answer? for Mechanical Engineering 2024 is part of Mechanical Engineering preparation. The Question and answers have been prepared according to the Mechanical Engineering exam syllabus. Information about Manufacturing a product requires processing on four machines A, B, C, D in the order A – B – C – D. The capacities of four machines are A = 100, B = 110, C = 120 and D = 130 units per shift. If the expected output is 90% of the system capacity, then what is the expected output?a)90 units b)99 units c)108 units d)117 unitsCorrect answer is option 'A'. Can you explain this answer? covers all topics & solutions for Mechanical Engineering 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for Manufacturing a product requires processing on four machines A, B, C, D in the order A – B – C – D. The capacities of four machines are A = 100, B = 110, C = 120 and D = 130 units per shift. If the expected output is 90% of the system capacity, then what is the expected output?a)90 units b)99 units c)108 units d)117 unitsCorrect answer is option 'A'. Can you explain this answer?.
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