for parallel the equation is:  impedence of one load/total number of
loads.  (e.g.- one SVC sub equals one load, one DVC sub equals 2
loads).

For voltage.....yes it stays the same.  Current is divided equally
among each load.

Not sure what else you are asking for.

In parallel circuits you have the same voltage going through each
parallel section.
For resistances in parallel you have this equation:

1/R(total) = 1/R1 + 1/R2 + ... 1/R(n)
n = number of resistances in parallel

So if you have a 4 ohm speaker in a parallel circuit with another 4 ohm
speaker you have this equation.
R1 = 4 Ohm
R2 = 4 Ohm
1/R(total) = 1/4(ohm) + 1/4(ohm)
1/R(total) = 1/2 (ohm)
R(total) = 2 Ohm

Ohms law  V = IR
I - current
R - resistance
V - voltage

Resistances in series
R(total) = R1 + R2 + ... R(n)

Current on the other hand is not the same in a parallel circuit, it is
ONLY the same when all the resistances in the parallel circuit are
equal.

Voltage in series is V(total) = V1 + V2 + V3 + ... V(n)
Current in Parallel is i(total) = i1 + i2 + i3 + ... V(n)
Current in series is the same throughout the series circuit
Voltage is not the same throughout a series circuit

Then you have power:

P = Voltage * current
or
P = I^2 * R
or
P = (V^2)/R

Capacitance is measured in farads.  1 Farad = 1 Volt * 1 Coulomb
1 Coulomb = 6.25 * 10^28 electrons

Voltage = U / q [Joules per Coulomb

The discharge of a capacitor is:  V(c) = V(initial) * e^(-t/RC)
time constant = RC
Time constant is the time it takes for the capacitor to reach 37 % of
it's original value.
so when t = time constant you have this
V(c) = V(initial)*e^(-1)
If V(initial) = 1, then V(c) = .37

Inductors I didn't mention... if you have any question just ask

On Jan 23, 9:08 am, jimbo_limited

You know, aside from Google being your friend (this kind of information
is *really* easy to find), so is Wikipedia, especially when you need
"alot of information":

   http://en.wikipedia.org/wiki/Ohm%27s_law

You'd be amazed at how much information is at your fingertips, if you
only use the tools available to you.

-dan

Start here: http://www.bcae1.com/

Bookmark it - you'll use it often.