are you allowed, by NEC, to run parallel feeders in the same raceway?
543269
Yes, but of course they must meet other conditions per the NEC.
1099873
I would think you have to make an application one year ahead of each race to MIS. They have to plan way ahead for every inch of space in and around the track.  Probably it is to late for this race. Contact MIS.
1010748
I would, for sure.  I had an R1 MUCH faster(180's), not on a crowded highway though.  For 1 million, sure, just have an ambulence on standby for me.
857266
No. particularly if all six macchines are to be used simultaneously.  Use a 460-480V power source, with distribution via a "Square D" power-sensing circuit distributor.
622091
no, by definition equipotential lines will always run parallel to each other. That is when they are close together. So they can never cross.
186736
not a problem at all.  you can have multiple drives each with its own letter designation
945250
go here this will work cause ive used this plenty of times. http://www.bbzspace.com/hybrid.php
163489
There should be 2 small gaps on one side of the outer race, 180 degrees apart. Install the inner race by holding it perpendicular to the axis of the outer race. slide the inner race into the outer race at these two openings. When the inner race is inside the outer race, pivot the inner race so that both axis are aligned. Simple, huh?
426903
Two of the races are 500km.  They are the races at Phoenix International Raceway.   The races are the Subway Fresh 500 and the Checker Auto Parts 500.
321301
It depends on your ISP.  Some will just charge you more for having 2 at the same time.  Others will break the first connection when the second gets on, but most ISPs do something to discourage the practice because it's "freeloading."
88962
Hi Z. I'm not familiar with your "parallel" term (or "integrate", for that matter!).\nI guess u mean you're NETWORKING the 2 PCs ?\n\nIf so, yes, I think you do need drivers, cards, etc in each one, so each PC can stand on its own 2 feet.\n\nShame about the lost drivers ... I have no idea, except to look on the net (maybe a Packard-Bell site?) where just about EVERYTHING seems "available", if only you can find it !
1060879
Street racing is almost always illegal and is always dangerous. Usually the only time they have legal street races is when there is no drag strip in town and too many people street race, so they have a time to street race legally. I would recommend finding your local track to race on, but depending on your race style(drag,or normal racing) there should be a fairly close track to you. There are MANY websites to tell you about the newest equipment so check several. I have a couple of good sources listed.
855860
yes you can.  As long as you are using any drivers after the early 80 series drivers you can mix brands.  Only requirements are the same gpu's, which you meet.  Timings will sync to the slower one but it's still ok to do.  I recommend the 91.47 drivers from http://www.nVidia.com if you don't have it already.
976510
What you say is true --IF-- all the components are in series. That will not be true in a circuit with parallel paths, because the current that left the voltage source has to divide at any 'T', some electrons going along one branch and the rest the other branch.
737813
Your question is not clear. Do you have two buses or you have one bus and two feeders that bus is fed from one side?\nIf the latter is correct then every feeder and every side of bus has 200A and totally 400a feed to bus from source (It's simple. Just draw your circuit).\nIf my solution is not proper for your idea that you have in your mind please mail me (mr601410@yahoo.com) your question clearly.
1046212
yes you can as long as you have made your regular payments on both cars
302837
Yes, you can, but the representation of the vectors is going to be position dependent. So you won't be able to add a vector at the origin and another vector at another point. You would first have to 'parallel transport' one vector to wherever the other is and then add them. This type of thing is usually done in more generality in differential geometry