Acceleration in the Electric Field Calculator:
Enter the values of Charge of the particles q(coulomb) , Strength of the Electric Field E(V/m) & Mass of the Electric Field m(kg) to determine the value of Acceleration in the Electric Field a(m/s2).
Acceleration in the Electric Field Formula:
The Acceleration in the Electric Field a(m/s2) in meter per second square is equal to the Charge of the particles q(coulomb) in coulomb and multiply the Strength of the Electric Field E(V/m) in volts per meter and is Divided by the Mass of the Electric Field m(kg) in kilogram.
The Equation of Acceleration in the Electric Field can be written as,
a(m/s2) = q(coulomb) * E(V/m) / m(kg)
Here,
a(m/s2) = Acceleration in the Electric Field in meter per second square
q(coulomb) = Charge of the particles in coulomb
E(V/m) = Strength of the Electric Field in volts per meter
m(kg) = Mass of the Electric Field in kilogram
Acceleration in the Electric Field Calculation:
1)Calculate the Acceleration in the Electric Field and given for Charge = 10C , Strength of the Electric Field = 8V/m , Mass = 4kg.
Answer
a = q * E / m
a = 10 * 8 / 4
a = 20m/s2.
2)Calculate the Mass and given for Charge = 10C , Strength of the Electric Field = 8V/m , Acceleration in the Electric Field = 20m/s2.
Answer
a = q * E / m
20 = 10 * 8 / m
m = 4kg.