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GAQM CLSSBB-001 Exam - Topic 8 Question 20 Discussion

Actual exam question for GAQM's CLSSBB-001 exam
Question #: 20
Topic #: 8
[All CLSSBB-001 Questions]

Calculate the Rolled Throughput Yield of this process using this data. Data. unit input: 1450, unit output: 1390, defects repaireD. 320, scrap: 60

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Suggested Answer: C

by Shalon at Nov 17, 2022, 05:20 AM

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Vicky
4 months ago
Totally agree with you, Beata! 72.66% seems accurate!
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Deonna
4 months ago
Wait, how can we have that many defects and still get a high yield?
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Pearly
4 months ago
That sounds about right, but I’m leaning towards 71.33%.
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Beata
4 months ago
I think the Rolled Throughput Yield is around 72.66%.
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Shalon
4 months ago
The unit input is 1450, and the unit output is 1390.
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Denny
5 months ago
I think the answer should be around 72% based on similar questions we've done, but I can't remember the exact steps to get there.
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Mauricio
5 months ago
I feel like I might have mixed up the formula for Rolled Throughput Yield with something else. Was it just output divided by input minus defects?
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Lili
5 months ago
I remember a practice question where we had to calculate yield, and I think it involved dividing the good output by the total input. Maybe I should try that here?
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Carisa
5 months ago
I think the Rolled Throughput Yield is calculated by taking the output and subtracting defects and scrap, but I'm not sure how to do that exactly.
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Jeff
5 months ago
Okay, let's see. I know UMS is related to user management, so I'm guessing it has something to do with that. Maybe certificate management or a centralized user registry?
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Natalya
5 months ago
Okay, let me think this through. Virtual networks need to be isolated from each other, so the configuration setting that ensures that is likely related to VLAN or security policies. I'll carefully consider each option.
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Micah
5 months ago
Key tip for these types of questions: look for the option that seems unethical or counterproductive to the investigation's actual goals.
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Edgar
10 months ago
Rolled Throughput Yield, the bane of every engineer's existence. I'm just going to flip a coin and hope for the best.
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Allene
9 months ago
I calculated it and got D) 77.93%
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Sherman
9 months ago
I'm not sure, maybe it's A) 71.33%?
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Lorean
9 months ago
I think the answer is B) 72.66%
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Val
10 months ago
As a wise man once said, 'When in doubt, choose the option with the most decimal places.' I'm going with B) 72.66%.
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Sarah
10 months ago
Ah, the age-old question of calculating Rolled Throughput Yield. I'm going with C) 73.79% - it just feels right, you know?
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Anabel
10 months ago
Hmm, maybe I made a mistake in my calculation. Let me double check.
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Tesha
11 months ago
Hmm, I'm not so sure. I'm leaning towards D) 77.93%, but I'll have to double-check the calculation.
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Lauryn
9 months ago
I agree, it seems like the correct answer.
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Glenna
10 months ago
I think it's A) 71.33%.
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Michell
11 months ago
I think the correct answer is B) 72.66%. The formula for Rolled Throughput Yield is (Output - Defects Repaired - Scrap) / Input, and plugging in the numbers gives 1390 - 320 - 60 / 1450 = 72.66%.
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Marquetta
9 months ago
Great job on the calculation, 72.66% is the correct Rolled Throughput Yield.
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Wilda
10 months ago
I agree, it's important to understand the formula to get the correct answer.
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Adell
10 months ago
That makes sense, the formula is pretty straightforward.
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Celestina
10 months ago
I calculated it and got 72.66% as well.
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Stephane
11 months ago
I disagree, I calculated it and got B) 72.66%
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Anabel
11 months ago
I think the answer is A) 71.33%
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