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Microsoft MB-335 Exam - Topic 1 Question 33 Discussion

You are a process engineer evaluating lean vs. Discrete processing. You warn to convert a Kanban item. This item has the following Lean setup:* The setup uses a lean schedule group with a throughput ratio = 2.* The process activity tied to production flow has the following runtime activity times: time = 3 mm. per quantity = 1.* The work cell capacity has a model type of Throughput and an average throughput quantity of 60 per a capacity period of standard workday (8-hour day).* The throughput is 10 per hour.You need to set up a Discrete operation to mirror the item s production flow activity.What should you do?
B) Create a route with a runtime - 6, a process quantity- 1, and the operation's hours/time - 1.
A) Create a route with a runtime = 1, a process quantity = 10. and the operation's hours/time = 1.
C) Create a route with a runtime = 10. a process quantity = 6. and the operation's hours/time= 1.
D) Create a route with a runtime = 1. a process quantity = 1, and the operation's hours/time = 1.

Microsoft MB-335 Exam - Topic 1 Question 33 Discussion

Actual exam question for Microsoft's MB-335 exam
Question #: 33
Topic #: 1
[All MB-335 Questions]

You are a process engineer evaluating lean vs. Discrete processing. You warn to convert a Kanban item. This item has the following Lean setup:

* The setup uses a lean schedule group with a throughput ratio = 2.

* The process activity tied to production flow has the following runtime activity times: time = 3 mm. per quantity = 1.

* The work cell capacity has a model type of Throughput and an average throughput quantity of 60 per a capacity period of standard workday (8-hour day).

* The throughput is 10 per hour.

You need to set up a Discrete operation to mirror the item s production flow activity.

What should you do?

Show Suggested Answer Hide Answer
Suggested Answer: B

by Emogene at Sep 18, 2024, 07:19 PM

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Josefa
6 months ago
Good point, Sam! I’m surprised by that too.
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Filiberto
6 months ago
Wait, a runtime of 10? That seems off.
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Domitila
7 months ago
Disagree, I’m leaning towards option C.
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Rocco
7 months ago
I think option A makes the most sense here.
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Alesia
7 months ago
Lean setup has a throughput ratio of 2.
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Danilo
7 months ago
I’m leaning towards option D since it has a runtime of 1, which seems to align with the discrete processing setup, but I’m not entirely confident.
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Lera
8 months ago
I practiced a similar question where we had to adjust the process quantities based on throughput. I feel like option A might be too high for the runtime.
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Elenora
8 months ago
I think option B sounds familiar because it has a runtime that seems to match the total processing time for one item, but I can't recall if that's the right approach.
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Lashawnda
8 months ago
I remember that the runtime should reflect the total time for processing, but I'm not sure if it should be based on the throughput or the individual item time.
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Cammy
8 months ago
Based on the information provided, I think option D is the way to go. The runtime of 1 and process quantity of 1 seem to best match the Lean setup. I'll review my work, but I'm feeling confident about this one.
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Annalee
8 months ago
I'm a bit confused by all the different metrics and time units here. I'll need to make sure I understand how the Lean setup translates to the Discrete operation before committing to an answer.
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Iluminada
8 months ago
Okay, let's see here. The Lean setup has a throughput ratio of 2, which means the Discrete operation should probably have a process quantity of 2 to match. I'm leaning towards option B, but I'll double-check the other details to be sure.
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Mitzie
8 months ago
Hmm, this seems like a tricky one. I'll need to carefully read through the details and think through the implications of the Lean setup before deciding on the best Discrete operation.
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Ilona
8 months ago
This is a good test of our understanding of how the SMA and Notification Server interact. I'm pretty confident that option C is the correct answer, as it describes the most direct and logical way for the SMA to send information back to the Notification Server.
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Rhea
2 years ago
Hold up, did they just slip in a dad joke about 'Throughput' in the question? I'm not sure if I should laugh or cry at this point.
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Colette
2 years ago
Ugh, I hate these production flow questions. Can we just skip to the part where they ask about the fastest way to automate the whole process? That's where I shine!
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Dannette
2 years ago
That sounds like a good approach. Let's focus on optimizing the process automation once we figure out the production flow.
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Lai
2 years ago
I think the answer might be to create a route with a runtime = 1, a process quantity = 1, and the operation's hours/time = 1.
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Daniel
2 years ago
I agree, production flow questions can be tricky.
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Ines
2 years ago
Alright, let's see... The throughput ratio is 2, so I'm thinking option A might be the way to go. Gotta love these brain-teasers!
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Nickolas
2 years ago
Wait, is this a trick question? I'm not sure I fully understand the lean vs. discrete setup here. Maybe I should have paid more attention in that process engineering class...
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Tijuana
2 years ago
C) Create a route with a runtime = 10, a process quantity = 6, and the operation's hours/time = 1.
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Ressie
2 years ago
B) Create a route with a runtime = 6, a process quantity = 1, and the operation's hours/time = 1.
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Roosevelt
2 years ago
A) Create a route with a runtime = 1, a process quantity = 10, and the operation's hours/time = 1.
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Ernie
2 years ago
Hmm, this looks like a tricky one. I'd go with option B - the runtime of 6 seems to match the lean setup, and the process quantity of 1 makes sense too.
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Casey
2 years ago
Great choice! Option B seems to mirror the lean setup accurately.
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Yolando
2 years ago
Option B it is then. Let's go with a runtime of 6 and a process quantity of 1.
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Cruz
2 years ago
I agree, the process quantity of 1 in option B aligns with the lean setup as well.
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Dannette
2 years ago
Option B seems like the best choice. The runtime of 6 matches the lean setup.
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Huey
2 years ago
But option A has a runtime of 1 and matches the throughput ratio of 2, which is more efficient.
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Shad
2 years ago
I disagree, option C seems more appropriate to me.
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Huey
2 years ago
I think we should go with option A.
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