# Electron-volts to Volts

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**Formula:**`V = energyInEv × 1.602176634 × 10^-19`

## Introduction to Electron-volts to Volts Conversion

The conversion of energy from electron-volts to volts is calculated according to the relationship E = qV, where E is the energy in joules, q is the elementary charge (1.602176634 × 10^-19 C), and V is the potential difference in volts. In this formula, ** energyInEv** represents the energy in electron-volts, and the result represents the equivalent energy in volts. This conversion is commonly used in quantum mechanics, semiconductor physics, and atomic physics.

## Parameter usage:

`energyInEv`

= energy in electron-volts

## Example valid values:

`energyInEv`

= 5

## Output:

`V`

= energy in volts

## Data validation

The energy in electron-volts should be a non-negative value.

## Summary

This converter allows for the precise conversion of energy units from electron-volts to volts and is widely used in various branches of physics and engineering.

Tags: Physics, Quantum Mechanics, Energy Conversion, Semiconductor Physics, Atomic Physics