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What does approximating FPs permit you to do in order to accomplish a function point analysis?
Suggested Answer: B
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35 comments · newest first
JA
Janine
11 months ago
I’m not sure about using a developer view, seems limiting.
VA
Vallie
11 months ago
I’d say all of the above makes sense, so D is the way to go!
LE
Lezlie
11 months ago
Wait, can you really make assumptions about functions? Sounds risky.
RA
Raylene
11 months ago
Totally agree, option B is key for FP analysis!
JA
Jamal
12 months ago
I think it helps to identify all functions and their complexity.
HO
Hollis
12 months ago
I’m a bit confused; I thought approximating was mainly for identifying functions, but now I’m not so sure.
NI
Nichelle
1 year ago
I feel like it could be all of the above since approximating seems to involve using a developer view too.
AN
Anna
1 year ago
I remember a practice question that mentioned making assumptions about functions, so maybe that's the right answer here.
BU
Bulah
1 year ago
I think approximating FPs helps in identifying functions, but I'm not sure if it covers all complexities.
LO
Lon
1 year ago
Ah yes, I remember learning about this. Approximating function points allows you to make some reasonable guesses about the functions and their complexity, rather than having to do a complete, detailed analysis. That can save time and effort, which is important in a function point analysis. I think the answer is C.
CO
Cornell
1 year ago
I'm a bit confused by this question. What exactly are FPs, and how do they relate to function point analysis? I'm not sure I fully understand the concept being asked about here. Might need to review my notes before answering.
CH
Charlie
1 year ago
Okay, I think I've got it. Approximating function points lets you take some shortcuts in the analysis process, rather than having to fully identify and evaluate every single function. That would make the analysis faster and easier, which is probably why it's useful.
MA
Marsha
1 year ago
Hmm, I'm not entirely sure about this one. I know function point analysis has to do with estimating software size and complexity, but I'm not familiar with the specifics of how approximating FPs fits into that. I'll have to think this through a bit more.
AL
Alesia
1 year ago
This question seems pretty straightforward. I think the answer is C - approximating FPs allows you to make assumptions about functions and/or their complexity in order to do a function point analysis.
HE
Helaine
1 year ago
I think the answer is C, the Microsoft 365 admin center. That's where I'd expect to find the solution catalog.
IR
Iraida
1 year ago
Wait, I'm a little confused. The question is asking how benefits can be best described, but the options seem to cover different aspects of benefits. I'll have to re-read this a few times to make sure I understand what they're looking for.
BA
Barney
1 year ago
I remember practicing similar questions, and I believe the double entry should involve debiting the prepayment and crediting the expense, which points to option C.
AL
Alison
1 year ago
Approximating FPs? Isn't that what I do when I'm trying to guess how much my grocery bill is going to be? Maybe I can just eyeball the complexity of the functions and call it a day.
EL
Elsa
1 year ago
This question is a real head-scratcher. I bet the developers who wrote these exam questions are sitting back and laughing at us as we try to figure it out. 'Approximating FPs' - what is this, amateur hour?
GE
Gearldine
1 year ago
C) Make assumptions about functions and/or their complexity
MA
Maxima
1 year ago
B) Identify all the functions and their complexity
WA
Walton
1 year ago
A) Use a developer view
LA
Larae
1 year ago
Ah, I see what they're getting at. Approximating FPs allows me to make some assumptions, but I still need to identify all the functions and their complexity. Can't just wing it, you know?
TH
Theron
1 year ago
Making assumptions is helpful, but it's crucial to also identify all functions and their complexity to ensure accuracy in function point analysis.
ON
Oneida
1 year ago
That's right, we can't just rely on assumptions. We need to accurately identify all functions and their complexity for a thorough analysis.
HE
Hester
1 year ago
Exactly, approximating FPs helps us make assumptions, but we still need to identify all functions and their complexity.
CA
Caprice
1 year ago
Wait, does 'approximating FPs' mean I can just make stuff up? Because that's not really the point of a function point analysis, is it? I better choose the answer that keeps me honest.
EL
Elbert
2 years ago
Hmm, this question is really making me think. I guess approximating FPs would let me make some educated guesses about the functions and their complexity. Sounds like a good way to save some time on the analysis.
DA
Daniela
1 year ago
B) Identify all the functions and their complexity
HO
Hobert
1 year ago
A) Use a developer view
GA
Gail
1 year ago
B) Identify all the functions and their complexity
JU
Juan
1 year ago
A) Use a developer view
JA
Jaime
2 years ago
So, does that mean the answer is D) All the above?
JU
Julio
2 years ago
I agree with Noah. It also helps us identify all the functions and their complexity.
NO
Noah
2 years ago
I think approximating FPs allows us to make assumptions about functions and their complexity.