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BOOM! You are awesome Zach! I'm currently enrolled to your Premium Online Review Course.Your videos/modules are very helpful and informative. I would love to have a free hard copy of your Practice Exam and Technical Study Guide. Thank you!! :)  

@DuranDuran, would  you care to share those page #s to where you have tabs? Thanks,

 quick question for this guys, what if the problem ask for the short circuit MVA contribution of  transformer T1,? will it be just 933/0.15= 6220MVA?

Based on new ELECTRICAL AND COMPUTER—POWER CBT Exam Specifications, they will supplying all the necessary codes in PDF format.

FE Electrical & Computer Books: 1. FE Electrical Engineering Review Manual by Kaplan Engineering Education - $40 2. FE Electrical and Computer Review Manual by Michael R. Lindeburg, PE (PPI2pass) - $80 3. FE reference Handbook by NCEES -$10   PE Power Books: 1. Complex Imaginary PE...

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@Cram For The PE, Is this mean that not all the questions on this sample test will have ABCD multiple choices?

Been using the Standard handbook by Beaty and it is so useful in terms of qualitative questions that I'm encountering.

Could someone please explain to me how they come up with the answer of the power and power supply per wire for each system? (single phase 2-wire, single phase 3-wire, 3phase, 3 wire, and 3 phase 4-wire) Thank you,

if you are talking about watts per square area or the Lighting power density, that should be under the Energy Code and ASHRAE 90.1. Our HVAC engineer typically calculate those for his  energy calculations.

With 31 weeks until the exam, I plan studying at least an hour on weekdays and at least 3-4 hours on weekends. Might be the right time to visit those thick books that I never opened. :)  

my company has it. So I borrowed it for reference.

:)  

I have this book, IEEE green book 1982 version. Is this okay as a reference for grounding and lightning protection? I believe this is the older version. Is this going to be an issue?

That I would  definitely do at this moment. I'll take a break from studying, enjoy the thing that I typically do , and spend time with family. I would still study but not as much as I do at the past 5 months.

NCEES canceled the exam for april 2020. so frustrating....!! 😞 

So if the given is the circuit power factor, we need to use the approximate formula(per NEC)? And if the given is the load power factor, we need to use the complex number formula ? If I understand this problem correctly, the 0.75 pf is the load power factor and we need to use the complex...

This was not a multiple choice question, though. In any way, I just want to know the concept for this. Also,    In the NCEES #129 solution , they used the complex number formula but did not consider the real part of the voltage drop to get the voltage at the load side.  Little confuse. 😞 

@Dude99, So you were saying if we encounter this type of problem and we use the complex number formula, the answer would be the Real part of the Volt drop?