Capacitance:

Potential Difference:

where,

U = Stored Energy,

C = Capacitance,

V = Potential Difference.

Stored Energy:

Capacitance:

Electrical Charge:

where,

U = Stored Energy,

C = Capacitance,

Q = Electrical Charge.

Potential Difference:

Electrical Charge:

U = Energy Storage,

V = Potential Difference,

Q = Electrical Charge.

Where,

I= Current Load of circuit

L=Cable length

R= Resistance factor of cable material

D= cross sectional area of conductor

P=2 for Single phase

1.732 for three phase

Where,

W = Energy Consumption Unit (watts)

H = Time (hours)

n = Number of Appliances

Where,

C = concentration at z,

Co = initial concentration,

z = distance from the source,

p = porosity,

D = coefficient of molecular diffusion,

t = tortuosity,

t = time

ω = 2 π f

Where ,

ω = Angular Speed

2π =2 x 3.14

f = Frequency#### Related Calculator:

2π =2 x 3.14

f = Frequency

Where,

N

n

λ

Where,

Φ(r) = Debye Screening

q = Point Charge

r = Distance From q

λ

ε

Where,

R = Resistance

V = Voltage