Hello,
I'm reviewing a report from contractor. The design and nameplate voltage on the motor for make up air unit is 460 but the measured actual voltage is 280. Will this cause any issues?
Also on a different device, at what point does over amperage become a concern?
Thanks for your help as...
depends how desperate your situations is. Are you living at home w/rents or by yourself?
Have you had internships? I'd advice you to get some work related experience rather than seek temporary employment, because I think it'll benefit in the long run.
Have you tried careerrookie.com?
I am in the same boat as you Lara, besides the ones mentioned try
http://www.cityjobslinks.com/view_job_openings_by_state.html
www.careerbuilder.com
www.cybercoders.com
http://www.engineer-jobs.com/
http://www.governmentjobs.com/
Good luck and don't give up, Also look into craigslist...
where did you get those figures from? If true, it is somewhat comforting.
So I met with the head hunter today and scheduled an interview with the company for next friday.
She told me something that doesn't sound right. In 2-3 years I could be making 60K. That's almost 150-200% jump. Does this...
I haven't landed a job yet, a head hunter contacted me the other day about it and I wanted to ask for some opinions.
It's for HVAC technician position. It only pays 40K
I have BSME and EIT, but never worked for a consulting firm to do actual engineer type work. I thought that's eventually the...
I may have a job lead through a neighbor for Proctor and Gamble. He says it's a process engineer position. He's not an engineer so he doesn't know much about the position.
Does some on the board have experience or is working for them? What are their job description, interview process, etc...
Steam flows into turbine. The inlet conditions are inlet (p=2 MPa, t=350 C) exit (p=0.1MPa, quality 100%).
I don't understand how they got the h values of hinlet =3137 kJ/kg.
Do you use the steam or superheated steam table?
ok i'll try to help, I'm no expert in this area but I happen to come across this problem in the text book today
The thermal resistance of the pipe is R=(ln(2L/D)[1-ln(L/2z)/ln(2L/D)]/(2*pi*k*L)
where
L=pipe length
D=diameter outside
z=depth of pipe
k=soil thermal conductivity (typically...