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APICS CPIM-MPR Exam - Topic 1 Question 100 Discussion

Actual exam question for APICS's CPIM-MPR exam
Question #: 100
Topic #: 1
[All CPIM-MPR Questions]

The question below is based on the following information:

The mean absolute deviation for the above forecast is:

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Suggested Answer: A

by Arthur at Sep 18, 2024, 04:04 PM

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Rex
5 months ago
The options are -1, 1, 3, and 5.
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Ellsworth
5 months ago
Totally agree, 3 makes the most sense!
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Mendy
6 months ago
Wait, how can it be negative? That seems off.
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Natalie
6 months ago
I think it's definitely 3!
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Ailene
6 months ago
The mean absolute deviation is a measure of accuracy.
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Quentin
6 months ago
I’m leaning towards option B, but I’m a bit uncertain about how the deviations were calculated in this case.
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Alayna
7 months ago
I feel like I saw a similar question in our last review session, but I can't recall the exact steps we took.
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Daniel
7 months ago
I think the answer might be 3, but I need to double-check my calculations.
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Matthew
7 months ago
I remember practicing mean absolute deviation, but I'm not sure if I calculated it correctly for this question.
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Donte
7 months ago
Hmm, I'm not sure about this one. I know the mean absolute deviation is a measure of forecast accuracy, but I'm having trouble visualizing how to calculate it from the information given. I'll need to review my notes and examples to make sure I'm approaching this correctly.
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Tiffiny
7 months ago
I'm a bit confused by the question. Can someone explain what the mean absolute deviation is and how to calculate it for this type of forecast data? I want to make sure I understand the concept before trying to solve the problem.
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Sean
7 months ago
Okay, I think I've got this. The mean absolute deviation is the average of the absolute differences between the actual values and the forecast values. Let me work through the calculations step-by-step.
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Herminia
7 months ago
Hmm, this looks like a tricky one. I'll need to carefully review the information provided and the formula for mean absolute deviation to figure out the right answer.
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Carli
7 months ago
No problem, I've got this. The mean absolute deviation is just the average of the absolute differences between the actual and forecast values. Looking at the data, I can see that the differences are 1, 2, and 4, so the mean absolute deviation is 2.33. The answer is C.
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Micaela
7 months ago
Hmm, this seems straightforward. I think the key is to make sure the printer is shared with the HomeGroup properly.
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Svetlana
12 months ago
Mean absolute deviation? Piece of cake! I could do this in my sleep. Although, I might need to borrow a calculator from the person next to me. My brain doesn't seem to be functioning at full capacity today.
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Sherrell
12 months ago
Ah, the old mean absolute deviation question. I remember this one from my statistics class. Let me see, the correct answer is definitely C) 3. I wonder if they'll try to trick us with a more complicated formula this time.
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Fidelia
11 months ago
Yeah, it's a pretty straightforward concept once you understand it.
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Alethea
11 months ago
I remember learning about mean absolute deviation in school too.
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Jovita
11 months ago
I think you're right, the answer is C) 3.
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Rossana
1 year ago
Hmm, this seems like a straightforward statistics problem. I just need to look at the forecast data and calculate the mean absolute deviation. I'm pretty sure the answer is C) 3, but I'll double-check my work just to be sure.
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Arlette
12 months ago
I got the same answer, it's C) 3 for sure.
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Ricarda
12 months ago
Let me calculate it again just to make sure.
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Zona
1 year ago
I think you're right, the answer should be C) 3.
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Lyndia
1 year ago
The mean absolute deviation is a measure of the average absolute difference between the forecast values and the actual values. Since the question provides the forecast data, I can calculate the mean absolute deviation myself and determine that the correct answer is C) 3.
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Karina
11 months ago
No problem, happy to help!
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Pamella
11 months ago
That makes sense, thanks for clarifying.
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Dominga
11 months ago
I agree, the correct answer is C) 3.
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Roselle
12 months ago
Yes, I agree. The mean absolute deviation can be calculated based on the provided forecast data.
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Rochell
12 months ago
I think the correct answer is C) 3.
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Jacquelyne
12 months ago
I think the mean absolute deviation is 3.
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Noelia
1 year ago
I'm not sure, but I think the answer might be B) 1.
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Callie
1 year ago
I disagree, I believe the answer is D) 5.
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Lynelle
1 year ago
I think the answer is C) 3.
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