IFPUG I40-420 Exam - Topic 3 Question 105 Discussion

Actual exam question for IFPUG's I40-420 exam

Question #: 105
Topic #: 3

[All I40-420 Questions]

The development project functional size is defined as:

ADFP = ADD

BDFP =ADD + CFP

CDFP =AFP - CFP

DDFP = AFP * CFP

Show Suggested Answer

Suggested Answer: D

by Vernice at Jan 25, 2025, 01:16 PM

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Christene

6 months ago

Really? I had no idea there were so many options!

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Launa

6 months ago

I always thought it was DFP = AFP * CFP.

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Sunshine

7 months ago

Wait, isn't it supposed to be DFP = AFP - CFP?

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Billye

7 months ago

I think it's actually DFP = ADD + CFP.

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Thea

7 months ago

DFP = ADD is the correct formula!

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Frankie

7 months ago

I’m leaning towards A, but I’m not confident. I just wish I could recall the definitions better!

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Elza

7 months ago

I'm not entirely sure, but I remember something about AFP and how it might relate to DFP. Could it be option C?

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Lai

8 months ago

I feel like I've seen a question similar to this before, and I think the answer was B. DFP = ADD + CFP sounds right to me.

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Yong

8 months ago

I think the functional size is related to the DFP, but I can't remember if it's just ADD or if it includes CFP too.

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Tuyet

8 months ago

I'm a bit confused by the different options. I'll need to review my notes on functional size to decide which one is correct.

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Wenona

8 months ago

I'm confident the answer is B. The question is asking for the definition of functional size, and that's the formula that makes the most sense to me.

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Brandon

8 months ago

Okay, let me try to break this down step-by-step. I want to make sure I understand the definitions of each term.

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Hyun

8 months ago

Hmm, I'm a bit unsure about this one. I'll need to think it through carefully.

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Fernanda

8 months ago

This one looks straightforward. I think the answer is B - DFP = ADD + CFP.

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Micaela

1 year ago

I'd say the answer is E: DFP = 42. That's the universal answer to life, the universe, and everything, right?

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Rosendo

12 months ago

User 3: I believe it's D) DFP = AFP * CFP.

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Lashawna

12 months ago

User 2: I'm not sure, maybe it's C) DFP = AFP - CFP.

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Cherelle

1 year ago

User 1: I think the answer is B) DFP = ADD + CFP.

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Penney

1 year ago

I've got a gut feeling it's B. Adding the two components seems like the logical way to go.

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Olen

12 months ago

I agree with B. Adding the two components seems like the most logical choice.

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Lyda

12 months ago

I'm not sure, but I think it might be A. Adding might not be the right approach.

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Val

1 year ago

I think it's B too. Adding the two components makes sense.

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Mona

1 year ago

D sounds like it could work, but multiplying AFP and CFP doesn't make much sense to me. I'm going with C.

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Shanice

12 months ago

I'm leaning towards DFP = ADD as the functional size definition.

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Bonita

1 year ago

I agree with you, DFP = AFP - CFP seems more logical.

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Lili

1 year ago

I'm not sure about that, I believe DFP = ADD + CFP is the correct formula.

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Arlie

1 year ago

I think DFP = AFP - CFP makes more sense to me.

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Rosalyn

1 year ago

Nah, I'm pretty sure it's C. We need to subtract the CFP from the AFP to get the actual functional size.

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Lynelle

1 year ago

No, I'm positive it's D. We need to multiply the AFP by the CFP to get the functional size.

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Tequila

1 year ago

I think it's actually B. We need to add the CFP to get the functional size.

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Leandro

1 year ago

Hmm, I see your point. Let's discuss it further.

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Andra

1 year ago

Hmm, I think it's B. DFP should include both ADD and CFP, right?

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Tess

1 year ago

I'm pretty sure it's B. DFP is calculated by adding ADD and CFP.

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Ettie

1 year ago

No, I believe it's A. DFP is simply the sum of ADD.

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Eve

1 year ago

I think it's D. DFP is calculated by multiplying AFP and CFP.

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Shawnna

1 year ago

I agree, DFP should include both ADD and CFP.

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Mitzie

1 year ago

I disagree, I believe the answer is D) DFP = AFP * CFP.

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Leandro

1 year ago

I think the answer is B) DFP = ADD + CFP.

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