# Motion inside a Uniform Electric Field Calculator

The Motion inside a Uniform Electric Field Calculator will calculate the:

1. Acceleration caused on a charge inside a uniform electric field due to the electric force
2. Moving time of a charge between two parallel plates charged oppositely
3. Total displacement of a charge inside a uniform electric field

Please note that for the purpose of calculations, the Motion inside a Uniform Electric Field Calculator applies the following logic:

1. Medium is considered as vacuum or air (ϵ = 1)
2. The charge is initially considered at rest in contact with the plate which has the same type of charge
 🖹 Normal View🗖 Full Page View Calculator Precision (Decimal Places)0123456789101112131415 Electric charge (Q) C Potential difference between the plates (ΔV) V Distance between the plates (d) m Mass of the charge (m) kg Gravitational field strength (g) m/s2
Acceleration of the charge caused by the electric force calculations The acceleration caused on a charge inside a uniform electric field due to the electric force is m/s2 [metre per square second] The moving time of a charge between two parallel plates charged oppositely s [second] The total displacement of a charge inside a uniform electric field m [metre] a = Q × ∆V/m × da = × / × a = /a = t = √2 × m × d2/Q × ∆Vt = √2 × × 2/ × t = √2 × × /t = √/t = √t = ∆S = d × √1 + g × m/Q × ∆V∆S = × √1 + × / × ∆S = × √1 + /∆S = × √1 + ∆S = × √∆S = × ∆S = Electric charge (Q) C [Coulomb] Potential difference between the plates (ΔV) V [Volt] Distance between the plates (d) m [Metre] Mass of the charge (m) kg [Kilogram] Gravitational field strength (g) m/s2 [metre per square second]

Please note that the formula for each calculation along with detailed calculations are available below. As you enter the specific factors of each motion inside a uniform electric field calculation, the Motion Inside A Uniform Electric Field Calculator will automatically calculate the results and update the Physics formula elements with each element of the motion inside a uniform electric field calculation. You can then email or print this motion inside a uniform electric field calculation as required for later use.

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## Related Physics Sections with Tutorials

Section 1: Units and Measurements

Section 8: Gravitation

Section 15: Electrodynamics

## Acceleration of the charge caused by the electric force Formula and Calculation

a = Q × ∆V/m × d

The Acceleration of the charge caused by the electric force formula derives from the combination of the following formulae:

a = F/m
2. Fe = Q × E
3. E = ΔV/d

## Moving time of a charge between two parallel plates Formula and Calculation

t = √2 × m × d2/Q × ∆V

The Moving time of a charge between two parallel plates formula derives from the combination of the following formulae:

1. d = a × t2/2
2. a = Q × ∆V/m × d

## Total displacement of charge Formula and Calculation

∆S = d × √1 + g × m/Q × ∆V

The Total displacement of charge formula derives from the combination of the following formulae:

1. h = g × t2/2
2. t = √2 × m × d2/Q × ∆V
3. ∆S =√d2 + h2

## Electrostatics Physics Tutorials associated with the Motion Inside A Uniform Electric Field Calculator

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