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CIMAPRA17-BA1-1 Exam - Topic 1 Question 82 Discussion

Actual exam question for CIMA's CIMAPRA17-BA1-1 exam
Question #: 82
Topic #: 1
[All CIMAPRA17-BA1-1 Questions]

Based on the past twenty months, an event decorating company develops a trend equation for forecasting sales revenue (y) where y = 4.38 + 1.32x.

If month 21 has a seasonal factor of times 1.07, then what is the forecast for the month, using a multiplicative model? Give your answer to two decima places.

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Suggested Answer: A

by Larae at Mar 09, 2024, 10:02 AM

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Bulah
3 months ago
Totally agree, 54.54 makes sense with the trend!
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Jesse
3 months ago
Wait, are we sure about that seasonal factor? Sounds a bit high.
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Ernie
3 months ago
I calculated it and got 54.54. Seems right!
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Krissy
4 months ago
I think the seasonal factor will really boost those numbers!
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Marjory
4 months ago
The trend equation gives us y = 4.38 + 1.32(21).
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Ling
4 months ago
I feel like I’ve seen a question like this before, and I think the final answer should be rounded to two decimal places. I’ll double-check my calculations!
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Casie
4 months ago
Yes, I think that's right, but I can't remember if we add or multiply the seasonal factor after that. I hope I get it right!
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Donte
4 months ago
I'm a bit unsure about how to calculate the trend value first. Is it just plugging in x = 21 into the equation?
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Soledad
5 months ago
I remember we practiced a similar question where we had to apply a seasonal factor to a trend equation. I think I need to multiply the result by 1.07 after finding y.
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Craig
5 months ago
Wait, I'm not sure I'm following this correctly. What's the difference between a trend equation and a multiplicative model? I better re-read the question carefully to make sure I understand what I'm supposed to do here.
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Mose
5 months ago
Alright, I've got this. The trend equation is y = 4.38 + 1.32x, and the seasonal factor is 1.07. I'll plug in the month 21 value, do the calculation, and round to two decimal places. Easy peasy.
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Stefania
5 months ago
This seems straightforward enough. I'll just plug the values into the equation, y = 4.38 + 1.32x, and then multiply by the seasonal factor of 1.07. Should be a pretty quick calculation.
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Alana
5 months ago
Hmm, I'm a bit confused by the wording here. What exactly is a "multiplicative model"? I'll need to make sure I understand that before I can solve this.
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Lavera
5 months ago
Okay, let's think this through step-by-step. We have a trend equation for forecasting sales revenue, and we need to apply a seasonal factor to get the forecast for month 21. Looks like I'll need to plug the values into the equation and then multiply by the seasonal factor.
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Gerald
5 months ago
I think the preferred resource service objective and adding the technician as a preferred resource on the account record are the two best options here. That should ensure the original technician gets assigned to any follow-up work.
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Casey
5 months ago
This type of question is a good opportunity to apply my knowledge of conditional statements and logical operators. I'll work through it step-by-step to arrive at the correct solution.
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Rupert
5 months ago
Okay, I think I've got this. The key is to determine the correct way to increase the capital accounts based on the fair market value of the contributions.
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Janine
9 months ago
Woohoo, time to put my mad math skills to the test! This is gonna be a piece of cake. (Or is it pie? I can never remember.)
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Rueben
8 months ago
Great job! Looks like your math skills are on point.
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Winfred
8 months ago
That makes sense, the seasonal factor of 1.07 multiplied by the trend equation gives us 44.44
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Rana
8 months ago
I agree, the forecast for the month using a multiplicative model is 44.44
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Troy
8 months ago
I think the answer is C) 44.44
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Nguyet
9 months ago
I bet the answer is 44.44. It just sounds right, you know? But I should probably double-check my work just in case.
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Denny
8 months ago
I also got 54.54 as the answer. Let's make sure we're on the right track.
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Ashley
9 months ago
I'm not so sure, I calculated it and got 54.54. Maybe we should double-check our work.
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Jeannetta
9 months ago
I think the answer is 44.44 too. It does seem like the most logical choice.
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Bernardine
10 months ago
Well, this is making my brain hurt. I hope I can remember the right formula for the multiplicative model.
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Demetra
9 months ago
That's correct! The answer is C) 44.44.
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Ocie
9 months ago
So, the forecast for month 21 would be 44.44.
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Leanora
9 months ago
I think we need to use the formula y = (4.38 + 1.32x) * 1.07 for the multiplicative model.
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Curtis
10 months ago
Okay, let's see... The trend equation is y = 4.38 + 1.32x, and the seasonal factor is 1.07. Time to plug and chug!
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Cletus
8 months ago
32.10 * 1.07 = 34.34, so the forecast for the month is 34.34. The answer is A) 34.34.
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Tijuana
8 months ago
Now, we multiply the forecasted value by the seasonal factor of 1.07.
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Elden
9 months ago
So, y = 4.38 + 1.32 * 21 = 4.38 + 27.72 = 32.10
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Cory
9 months ago
I think we need to plug in x = 21 into the trend equation first.
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Terry
10 months ago
Hmm, this looks like a tricky one. I'll need to carefully work through the math to get the right answer.
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Bernardo
10 months ago
I calculated it too, and I also got B) 54.54 as the forecast.
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Shoshana
11 months ago
I agree with Lilli, the seasonal factor of 1.07 should increase the forecast.
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Lilli
11 months ago
I think the answer is B) 54.54.
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