Recent content by Gnarlywhale

They do give you a formula for B, B = Bi(1 - 3(t/ti)^2 + (t/ti)^3) Everything is still left as a variable. So from this then, E = -N(dΦ/dt) = -100*Bi(1 - 3(t/ti)^2 + (t/ti)^3) ? And then how do I get flux from this emf?

Homework Statement A circular conducting coil with N=100 turns and radius "r" is oriented in the xy plane. The leads of the coil are connected to a circuit with resistance "R." A time varying external magnetic flux density "B" is applied along the z-axis. What is the total magnetic flux...

That was exactly what I needed, thank you!

Greetings everyone and thanks in advance for any help you can offer. I am currently part of a team tasked with designing and constructing an autonomous, mechanically powered two-axle vehicle capable of making left-hand u-turns around a set track. I have designed a steering mechanism I...