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The development project functional size is defined as:
Suggested Answer: D
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38 comments · newest first
CH
Christene
11 months ago
Really? I had no idea there were so many options!
LA
Launa
11 months ago
I always thought it was DFP = AFP * CFP.
SU
Sunshine
11 months ago
Wait, isn't it supposed to be DFP = AFP - CFP?
BI
Billye
11 months ago
I think it's actually DFP = ADD + CFP.
TH
Thea
12 months ago
DFP = ADD is the correct formula!
FR
Frankie
12 months ago
I’m leaning towards A, but I’m not confident. I just wish I could recall the definitions better!
EL
Elza
12 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?
LA
Lai
1 year 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.
YO
Yong
1 year 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.
TU
Tuyet
1 year 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.
WE
Wenona
1 year 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.
BR
Brandon
1 year ago
Okay, let me try to break this down step-by-step. I want to make sure I understand the definitions of each term.
HY
Hyun
1 year ago
Hmm, I'm a bit unsure about this one. I'll need to think it through carefully.
FE
Fernanda
1 year ago
This one looks straightforward. I think the answer is B - DFP = ADD + CFP.
MI
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?
RO
Rosendo
1 year ago
User 3: I believe it's D) DFP = AFP * CFP.
LA
Lashawna
1 year ago
User 2: I'm not sure, maybe it's C) DFP = AFP - CFP.
CH
Cherelle
1 year ago
User 1: I think the answer is B) DFP = ADD + CFP.
PE
Penney
1 year ago
I've got a gut feeling it's B. Adding the two components seems like the logical way to go.
OL
Olen
1 year ago
I agree with B. Adding the two components seems like the most logical choice.
LY
Lyda
1 year ago
I'm not sure, but I think it might be A. Adding might not be the right approach.
VA
Val
1 year ago
I think it's B too. Adding the two components makes sense.
MO
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.
SH
Shanice
1 year ago
I'm leaning towards DFP = ADD as the functional size definition.
BO
Bonita
1 year ago
I agree with you, DFP = AFP - CFP seems more logical.
LI
Lili
1 year ago
I'm not sure about that, I believe DFP = ADD + CFP is the correct formula.
AR
Arlie
1 year ago
I think DFP = AFP - CFP makes more sense to me.
RO
Rosalyn
2 years ago
Nah, I'm pretty sure it's C. We need to subtract the CFP from the AFP to get the actual functional size.
LY
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.
TE
Tequila
1 year ago
I think it's actually B. We need to add the CFP to get the functional size.
LE
Leandro
2 years ago
Hmm, I see your point. Let's discuss it further.
AN
Andra
2 years ago
Hmm, I think it's B. DFP should include both ADD and CFP, right?
TE
Tess
1 year ago
I'm pretty sure it's B. DFP is calculated by adding ADD and CFP.
ET
Ettie
1 year ago
No, I believe it's A. DFP is simply the sum of ADD.
EV
Eve
1 year ago
I think it's D. DFP is calculated by multiplying AFP and CFP.
SH
Shawnna
1 year ago
I agree, DFP should include both ADD and CFP.
MI
Mitzie
2 years ago
I disagree, I believe the answer is D) DFP = AFP * CFP.
LE
Leandro
2 years ago
I think the answer is B) DFP = ADD + CFP.