Exin Exam CDCP Topic 2 Question 39 Discussion

Actual exam question for Exin's CDCP exam

Question #: 39
Topic #: 2

[All CDCP Questions]

Which formula is correct?

AWatt = VoIt-Ampere / Power Factor

BWatt = Volt-Ampere * Power Factor

CPower Factor = Volt Ampere ' Watt

DVolt-Ampere = Watt * Power Factor

Show Suggested Answer

Suggested Answer: B

by Tasia at Jul 05, 2025, 08:02 PM

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Alaine

2 days ago

I'm not entirely sure, but I feel like I saw a similar question where Watt was equal to Volt-Ampere times something... could it be B?

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Elizabeth

8 days ago

I think I remember that the power factor is involved in calculating real power, so maybe it's B?

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Delfina

13 days ago

I'm pretty sure the correct formula is B. Watt = Volt-Ampere * Power Factor. That's the one that makes the most sense to me based on what we've learned.

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Winfred

19 days ago

I'm a little confused by this question. I'll need to review my notes to make sure I have the right formula. Let me take another look at the options.

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Emerson

24 days ago

Okay, let me think this through. I know the power factor is related to the Watt and Volt-Ampere, so I'm going to go with option B. Watt = Volt-Ampere * Power Factor.

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Layla

29 days ago

Hmm, I'm a bit unsure about this one. I think it might be D, Volt-Ampere = Watt * Power Factor, but I'm not 100% confident.

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Nilsa

1 month ago

I'm pretty sure the correct formula is B. Watt = Volt-Ampere * Power Factor. That's the one I remember from the lectures.

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Callie

3 months ago

Option B, baby! Volt-Ampere and Power Factor, it's the formula that'll keep your circuits humming. Electrifying stuff!

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Karma

2 months ago

I think option B is correct. Volt-Ampere multiplied by Power Factor.

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Brandon

3 months ago

I think D) Volt-Ampere = Watt * Power Factor is the correct formula based on my understanding of the concepts.

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Brynn

3 months ago

If you're not using Volt-Ampere and Power Factor, you're just wasting energy. Option B is the way to go, folks.

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Yasuko

2 months ago

Using the correct formula is important to avoid wasting energy.

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Quinn

3 months ago

I agree, option B is the correct formula.

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Justine

3 months ago

I'm not sure, but I think C) Power Factor = Volt Ampere ' Watt makes sense.

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Bambi

3 months ago

Hold up, hold up. Volt-Ampere and Power Factor? That's the only way to keep the electrons happy. Option B all the way!

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Isabelle

2 months ago

Definitely, Volt-Ampere and Power Factor play a big role in the equation.

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Gladis

2 months ago

Yeah, that's the formula to keep the electrons happy.

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Jacinta

3 months ago

I think Option B is correct. It's Watt = Volt-Ampere * Power Factor.

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Rupert

4 months ago

Volt-Ampere and Power Factor, that's the way to go! Gotta love the efficiency, am I right?

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Claudio

3 months ago

B) Watt = Volt-Ampere * Power Factor

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Delila

3 months ago

A) Watt = VoIt-Ampere / Power Factor

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Timmy

4 months ago

I disagree, I believe the correct formula is A) Watt = VoIt-Ampere / Power Factor.

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Selene

4 months ago

Ah, the age-old question of power formulas! Option B is clearly the winner here. Can't go wrong with Volt-Ampere and Power Factor, my friends.

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Marnie

3 months ago

I agree, Volt-Ampere multiplied by Power Factor is the way to go.

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Alishia

3 months ago

I think Option B is correct.

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Romana

4 months ago

I think the correct formula is B) Watt = Volt-Ampere * Power Factor.

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