# Acceleration of Particle in Electric Field Calculator

Acceleration of a particle in an electric field calculator is a tool that is used to calculate the problems related to the charged particle in the electric field. Apply the inputs such as charge of a particle, mass, electric field strength.

### Acceleration of Particle in Electric field - Definition

The electric field will apply a force that accelerates the charged particle. It is defined as the total acceleration generated due to the force of the electric field.

### Acceleration of Particle in the Electric Field Formula

The formula to determine the acceleration of particle in the electric field is given by a = q × E/m

- Where,
- a = acceleration of the particle
- q = charge of the particle
- E = electric field
- m = mass of the particle

### Acceleration of Particle in the Electric Field Derivation

Acceleration in the Electric Field can be derived by using the Newtons second law.

F = ma

we get, a = F/m

- where, a is the acceleration
- F is the force applied
- m is the mass

We can express the formula for Force as F = qE

- q is the charge
- E is the electric field
qE = ma

a = qE/m

Thus the formula to calculate the acceleration of a charged particle in the electric field is a = qE/m

### How to Calculate Acceleration of a Particle in Electric Field

Follow the below steps to know how to calculate the Acceleration in the electric field.

- First identify the charge, mass of the particles and electric field strength.
- Substitute the values in the acceleration in the electric field formula i.e., a = q × E/m
- Diminish the equation additional and simplify the electric field in acceleration.

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### FAQs on Acceleration of Particle in Electric Field?

**1. How do you calculate the acceleration of a particle in an electric field?**

The value of the acceleration can be found by drawing a free-body diagram with the help of formulas F = qE and a = qE/m and applying the values in the formula.

**2. What is the acceleration of a charged particle in an electric field?**

At the point when a charged particle is put in a uniform electric field, without any remaining powers, it will encounter an acceleration toward the field lines.

**3. What is the Equation for Electric Field Strength?**

The Equation for Electric Field Strength is E = F/q