Can anyone give me information on the Capacitor/Resistor relationship?

Question

PLEASE:) 10 Points for best

Answer 1

formula as follows

R1=R2+R3

1/C1 = 1/C2+1/C3

Answer 2

Is this the movies?

They are independent items, no relationship.

Value of resistance is R

Value of capacitance is C

Now there are lots of formula that involve R and C.

For example if you charge a C through a R, it charges with a time constant of t = RC

Answer 3

Both are passive devices.

A resistor resists the flow of electrons through it and is given a rating based on how much it will 'resist' current / electron flow in Ohms. A light bulb is a good example of how a resistor works. The filament is the resistor, as current passes through it, it 'resists' the current causing the filament / resistor to heat and thus glow in lay terms.

A capacitor has several different flavors, but basically is two plates that are separated at a specific distance usually surrounded by electrolytic medium. As the current flows into the cathode plate it will reach a maximum before the flow of electrons is discharged into the anode.The amount of electrons a capacitor will store / charge before discharging is referred to in Farads.

So a resistor resists the current / flow electrons and a capacitor stores and discharges the current / flow of electrons.

Answer 4

The equation characterising a resistance R is v = i R (Ohm's law)

The equation characterising a capacitance C is i = C dv/dt

where v = instantaneous voltage, i = instantaneous current, t = time.

This is all you need to know about the two components. Everything else can be deduced from these two equations, applying a bit of mathematics.