Recent content by D Rock

Rate of change will increase. So voltage will increase?

P.S. I found the answer to my question: The amount of voltage is determined by 3 factors. Strength of magnet, length of the conductor cutting the flux, and the velocity that the magnet is moving through the flux. It is determined by E = B l v = (magnetic strength)(length of moving...

I do make a lot of effort. I guess time is just not on my side at the moment. I didn't realize asking a legitimate question equates to requesting to be spoonfed. I must be a really lazy and ungrateful person. Anyway, thank you for welcoming me to this forum.

Okay, just looked into it. That math seems way beyond my level at this time. Was just wondering if voltage, current or both change in a conductor when you increase the speed of a magnetic passing by. Just was asking because households have 60 hz voltage and jet aircraft have 400 hz voltage...

I was hoping to get some feedback on each of the questions though lol :)

No Sir. I will look into it.

I don't have a magnet. I don't have wire. I don't have any type of electrical metering device. I kind of was hoping to understand this without reinventing the wheel at the moment lol.

Hi, I have a question regarding electricity. Suppose I have a conducting wire secured to a table so it's completely stationary. Suppose I attach a resister of some small amount of resistance, perhaps a light bulb.Then I take a magnet and slowly move the magnet near the conductor so that a...