## Inopeki Group Title What is the equation of how much electricity we get through a generator? 2 years ago 2 years ago

1. TuringTest Group Title

Not exactly sure, but it must be closely related to the Ampere-Maxwell law which describes how current and change in electric flux relate to a magnetic field. This is actually what I'm learning about right now. Here's the equation just for the heck of it Integral form:$\oint\vec B\cdot d\vec s=\mu_0I+\mu_0\epsilon_0\frac{d\Phi_E}{dt}$Differential form:$\nabla\times\vec B=\mu_0\vec J+\mu_0\epsilon_0\frac{\partial\vec E}{\partial t}$obviously you have to cope with the efficiency of the system as well, and I don't know any formulas that take that into account.

2. Inopeki Group Title

Umm.. Is it even worth it to explain the equation to me?

3. Inopeki Group Title

Do so anyway :D

4. TuringTest Group Title

I think the only way to explain this without knowing calculus is to say that the first one says 'electric current and a changing electric flux produce a magnetic field' The second one is the same as the first one, but in a different form (like how a+b=c and a=c-b are the same equation solved for a different variable) so it says the same thing in a different way.

5. Inopeki Group Title

Aw man.. I want to know calculus..

6. TuringTest Group Title

this is more advanced multivariable calculus, so it's a few years down the road fun though, I like the symbols :D

7. Inopeki Group Title

TEACH ME CALCULUS

8. TuringTest Group Title

learn algebra and trig! lol

9. Inopeki Group Title

NO

10. Inopeki Group Title

Please tell me im done with algebra soon...

11. TuringTest Group Title

can you write the equation of an ellipse, hyperbola, complete the square, solve any quadratic and some higher order polynomials, solve equations by logarithm, etc. ? when you can do all those things you're towards the end of high school algebra

12. Inopeki Group Title

I guess im not even done with 1%...