00:02
All right, looks like your questions about the right hand rule.
00:06
Without the actual diagram of your scenario, i can't help you with the exact orientation of everything.
00:13
So i made up a very simple example here.
00:18
So the right hand roll i put down here, i found a screen capture of a google image that's out there.
00:25
If you just put in fleming's right hand rules, there'll be all kinds of different drawings.
00:31
Basically, if you're using your right hand and your second finger is the direction of the current, it's always going to be a 90 degree angle to the other two.
00:42
So the magnetic field is your index finger, and the thumb represents your force.
00:50
So i made a wire here conducting plate or something like that that has a current flowing from left to right.
00:57
If that is the current vector, then the force vector has to be straight up.
01:04
Because my right hand, if i point my middle finger towards the current, my thumb has to be straight up this direction.
01:14
So it's causing a force this direction on a positive charged particle.
01:20
So it's going to push it that way...