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FREE study guides and reference material. Arrange and pay for shipping or local pick up in the Chicagoland area. Reply or text: 708-369-0390. Good luck! Power Reference Manual by John A. Camara, PE Power Practice Problems by John A. Camara, PE Power Sample Exams by John A. Camara, PE PE Power...

Would you be so kind to send me the GA Tech section on autotransformers Kovz? Thanks in advance [email protected]

Chicago Study group forming! Let's get together and pass this exam!

I'm interested too. I'm located in the Chicago land area.

I'm curious to hear more about your experience with MGI too.

Has anyone heard of the review course provided by MGI?

I'm interested too!

I'm interested in the GA Tech Manual. Would you sell by itself? Email me at [email protected] Thanks!

Congrats! Any hints for for someone who will be retaking it in April?

Anyone interested in a study group in the south or western suburbs of Chicago?

I have the 2008 version, would that still be ok? How different is the 2011 from the 2008?

This solution that NCEES has been bugging, so I approached it from an another angle to see if I would get the same answer. Let me know what you think. Let's say No Load, 460 =X and 1/2 Load, 2370 =A. We know that A-X = Copper losses and the equation for Copper losses is I^2R. So we have...

Thanks for posting, I feel much more confident!

It's better to catch them here, than on the test. :) Thanks for the original post, it cleared up a lot of questions I have on faults. Good Luck on Friday!

For me, it's quick review of transmission lines and then practice, practice reading. Practice reading slowly, completely, and thoroughly...I tend to jump the gun when reading the questions. Practice, practice :) Good luck everyone!!

What part does the capacitor play in the current waveform?

Please correct if I'm wrong, I found a formula for Ia1 to read V / (Z1 + (Z2//Z0)). The diagram shows the Z1 is in series with Z2 in parallel with Z0. This makes a world of a difference. Please advise - I'm struggling with these types of problems too. Thanks!

Thank you for the reply! So I understand, in other words, the MVAsc, M is added because it "feeds" into the other side of the bus, as if it was parallel to (MVAsc,G //MVAsc,T)? On more question, is there ever a case where the MVAsc's are subtracted? Thanks again!

Just out of curiosity, what would be the case if there was a load(motor) provided in the info? How would the MVA method differ? Thanks for your time!

Why are the MVAsc's calculated in parallel? And if following this logic, would parallel MVA's be calculated in as series MVAsc? Please advice...I'm not very familiar with this method...it does look quicker. Thanks!