Recent content by kaiser0792

Thanks rock.freak, I was overlooking the negative exponent of "e" when I was integrating. You helped me, thanks. Sometimes you just need to bounce it off someone else.

Thanks for the help, I knew the Integral to be solved and the limits of integration, what I was missing was the negative exponent of e. You helped me, thank you.

I tried integrating and came up with -0.04e-5000t + C coulombs. Answer is supposed to be 4000 microcoulombs. My integration is a little rusty. Help?

I suppose that is just a way of saying that there was no current flowing before the reference time, t = 0.

Homework Statement The current at the terminals of the element in an ideal basic circuit element is i = 0, t < 0; i = 20e(-5000t) A, t \leq 0 Calculate the total charge ( in microcoulombs) entering the element at its upper terminal. Homework Equations The...