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Books remaining: Power System Analysis Grainger $12 Handbook of Electric power calculations 4th ed $20 Protective Relaying Blackburn $70 $60 (dog chewed a little of the hardcover corner, still functions properly!)

Bump, updated the list of books i have left.

Yes they are, please send me a dm. thanks

Bump all still for sale

I passed first time taking the exam in October 2019. To add to the above, I think its important to sit down and just read through some of the common refrence material and pick out information that seems relevant. This does a few things, you of course learn the material but you also learn how to...

Yes everything is. I will update the post as i get rid of things

I have the following books for sale, I will update this post as i sell things, please send me a DM with what you need. Thanks Complex Imaginary 1,2,3,4 $100 NEC (NFPA70) 2017 with softcover tabs! $100 NFPA 70E $30 NESC 2017 $165 Power System Analysis Grainger $12 NCEES Power...

1st time taker Pass NC! studied probably 400 hours. Congrats to those who have already seen they have passed and best of luck to those still waiting.

Hey everyone, hope studying is going well. I have a question about the below problem. I must not be understanding what happens during a single phase to ground fault. I thought that one of the phases would be shorted to ground and the other two would be dead in this case IB & IC = 0. Based on...

I have a pretty basic question here but its tripping me up. A practice problem i was doing used P=V*I (thats the conjugate phase angle of V). Can someone explain this equation? Is it valid? I understand how and why we use S=VI* but i am uncertain of P=V*I. Thanks

Sorry, i should've included the answer.

Does anyone understand the following question? What is the purpose of the different areas? I just do not really understand the purpose of this question. Thanks!

This is very helpful. Thanks

Would anyone be able to explain where the equation used in the soltion comes from this one:  

I noticed a new exam from EPG, what is the difference between this one and the "Power Full Exam'. Has anyone taken the new one? Recommend?

I'm sure I'm just missing something simple here. This a part of the solution where the sequence current is converted into phase current. That equation does not match the equation used in the EPG study guide. The study guide has 𝐼𝐵 = 𝐼𝐴1 ∗ (𝑎^2 − 𝑎) and i understand that IA=-IB. Can anyone...

I think i remember reading somewhere that most of the terminal equipment is rated at 75C, so 75 C is chosen as its more common? I'm not completly sure on that, just wanted to provide some input

How critical is the version? Do you think a 2004 version would work?

Does anyone have a good quick reference that details capability curves? 

So this is a phase to phase fault question. I thought that IA = 0 in phase to phase faults?