Capacitors and Resistors

Capacitance (C) - series, capacitor

((1/C1)+(1/C2)+...)^-1 inverse

Charge (Q) - series, capacitor

Q1=Q2 equals

Electric Potential Difference (V) - series, capacitor

V1+V2+... add

Capacitance (C) - parallel, capacitor

C1+C2+... add

Charge (Q) - parallel, capacitor

Q1+Q2+... add

Potential Difference (V) - parallel, capacitor

V1=V2 equals

Electric Potential Difference (V) - series, resistor

V1+V2+... add

Current (I) - series, resistor

I1=I2 equals

Resistance (R) - series, resistor

R1+R2+... add

Electric Potential Difference (V) - parallel, resistor

V1=V2 equals

Current (I) - parallel, resistor

I1+I2+... add

Resistance (R) - parallel, resistor

((1/R1)+(1/R2)+...)^-1 inverse