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Fractional Factorial designs are used to reduce the time and cost of experiments because the ____________ has been lowered.
Suggested Answer: B
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34 comments · newest first
ZE
Zena
11 months ago
Surprised to see people doubting B! It's pretty clear.
EL
Elsa
11 months ago
I've always thought it was about reducing the number of data points.
RO
Rosalind
12 months ago
Wait, are we sure it's not A?
LU
Lucina
12 months ago
I agree, B is the right choice.
LA
Laura
12 months ago
It's definitely about the number of runs!
LA
Lajuana
1 year ago
I’m confused because I thought it could also relate to the number of people involved. But I guess that’s not the main focus of fractional factorial designs?
KI
Kimberely
1 year ago
I feel like we practiced a similar question, and it was definitely about the number of runs. So, I’m leaning towards B as well.
MO
Mozell
1 year ago
I'm not entirely sure, but I remember something about reducing costs. Could it be A, the number of data measurement points?
DA
Daniel
1 year ago
I think the answer might be B, the number of runs. We talked about how fractional designs help reduce the number of experiments needed.
WI
Wilda
1 year ago
Ah, I've got it! TACACS+ supports 802.1X, while RADIUS supports MAB. And TACACS+ provides the service type, which RADIUS does not. I think those are the two key benefits they're looking for.
AN
Andra
1 year ago
Okay, let me walk through this step-by-step. The key is that the source IPs are spoofed, so I think Unicast RPF or IP Source Guard are the best options to validate the source and block the attack.
LE
Leslie
1 year ago
Hmm, I'm a bit confused by the character reference '&'. I'll need to double-check my understanding of how those are handled in the DOM.
PR
Providencia
1 year ago
No problem, I've got this. I'll use `kubectl get pods --selector=name=cpu-utilizer -o jsonpath='{.items[0].metadata.name}' > /opt/KUTR00102/KUTR00102.txt` to find the pod name and write it directly to the file.
TH
Thaddeus
1 year ago
Hold up, people. What if the answer is actually C? Less people means less drama. Fractional factorial designs, the ultimate workplace conflict-reducer!
ME
Merri
1 year ago
D) Output summary
SH
Sheridan
1 year ago
C) People involved
BR
Brett
1 year ago
B) Number of runs
SI
Silvana
1 year ago
A) Number of data measurement points
JE
Jerry
1 year ago
C'mon, it's obviously B. Fewer people involved? That's just lazy. I want my experiments done right, no matter the cost!
LE
Lettie
1 year ago
I'm going with A. Fewer data points to measure means less work. Though I'm a bit worried about missing critical information. Decisions, decisions...
KA
Kasandra
1 year ago
Hmm, I was thinking it was D. The output summary is more concise, right? Gotta love those efficient experiment designs!
CY
Cyril
1 year ago
C) People involved
RA
Raina
1 year ago
B) Number of runs
VA
Valene
1 year ago
A) Number of data measurement points
FA
Fausto
1 year ago
Definitely B. Fractional factorial designs reduce the number of runs required, which saves time and money. Simple enough!
CA
Carissa
1 year ago
A) Number of data measurement points
PA
Patria
1 year ago
That's right! Fractional factorial designs help in reducing the number of runs needed for experiments.
CH
Chanel
1 year ago
B) Number of runs
CY
Cyndy
2 years ago
I believe it's A) Number of data measurement points. By reducing the number of data points, we can save time and cost in experiments.
AL
Alease
2 years ago
I agree with Juan. Fractional Factorial designs help reduce the number of runs needed for experiments.
JU
Juan
2 years ago
I think the answer is B) Number of runs.
EL
Elena
2 years ago
I believe it's A) Number of data measurement points, as that directly impacts the amount of data needed for the experiment.
SH
Shad
2 years ago
I agree with Larae, reducing the number of runs can save time and cost.
LA
Larae
2 years ago
I think the answer is B) Number of runs.