## Units of Electric Flux

Electric flux is a key concept in electromagnetism, encapsulating the amount of electric field passing through a given area. To measure and describe electric flux effectively, we utilize specific units known as **newton-meters squared per coulomb (N·m²/C)** or alternatively, **volt-meters (V·m)**.

## What are Units of Electric Flux?

**volt-meters (V·m)**is predominantly used.

## SI Unit of Electric Flux

**volt-meter (V·m)**

Electric flux, a key concept in electromagnetism, quantifies the amount of electric field that passes through a specific area. The SI unit for measuring electric flux is the **volt-meter (V·m)**.

## CGS Unit of Electric Flux

**statvolt-centimeter (statV·cm)**

In the ** Centimeter **–Gram–

**Second**(CGS) system, the unit used to measure electric flux differs from the SI system. The CGS unit for electric flux is the

**statvolt-centimeter (statV·cm)**.

## Formula of Electric Flux

The formula for electric flux (Φ) is expressed as:

**Φ = E · A · cos(θ)**

**Φ**is the electric flux,**E**is the electric field strength,**A**is the area through which the field is passing,**θ**is the angle between the electric field direction and the normal (perpendicular) to the surface.

This formula calculates how much electric field passes through a given area, incorporating the angle to account for the directional nature of the field.

## List of Electric Flux Units

Unit | Symbol |
---|---|

Volt-meter | V·m |

Newton-meter squared per coulomb | N·m²/C |

Statvolt-centimeter | statV·cm |

### Volt-meter (V·m)

**1 V·m = 1 N·m²/C**

The volt-meter is the SI unit of electric flux, which quantifies the total electric field passing through a surface area. This unit measures how an electric field interacts with a defined area, reflecting the strength and direction of the field across that area. It is widely used in electromagnetism and various applications of electrical engineering.

### Newton-meter squared per coulomb (N·m²/C)

**1 N·m²/C = 1 V·m**

Newton-meter squared per coulomb directly measures the electric flux as the product of electric field strength in newtons per coulomb and the area through which it passes in square meters. It provides an intuitive understanding of electric flux, showing the force-field interaction over an area relative to the charge involved. This unit is especially useful in theoretical physics and electrical engineering calculations.

### Statvolt-centimeter (statV·cm)

**1 statV·cm = 299.792 V·m**

The statvolt-centimeter is the CGS unit for electric flux, still utilized in some specialized areas of physics. It measures electric flux in terms of statvolts (a CGS unit of electric potential) per centimeter squared, providing a comparison to the more commonly used volt-meters but adjusted for the CGS measurement system. This unit is beneficial for calculations and discussions within frameworks that require CGS units.

### Conversion of Electric Flux Units

Unit | Volt-meter (V·m) | Newton-meter squared per coulomb (N·m²/C) | Statvolt-centimeter (statV·cm) |
---|---|---|---|

Volt-meter (V·m) | 1 | 1 | Approx. 299,792 |

Newton-meter squared per coulomb (N·m²/C) | 1 | 1 | Approx. 299,792 |

Statvolt-centimeter (statV·cm) | Approx. 0.00000334 | Approx. 0.00000334 | 1 |

### Volt-meter to Newton-meter squared per coulomb

**Conversion:**1 volt-meter (V·m) = 1 newton-meter squared per coulomb (N·m²/C).**Example:**To convert 3 volt-meters to newton-meter squared per coulomb, use the direct equivalence.- 3 V·m = 3 N·m²/C

### Volt-meter to Statvolt-centimeter

**Conversion:**1 volt-meter (V·m) ≈ 299,792 statvolt-centimeter (statV·cm).**Example:**To convert 5 volt-meters to statvolt-centimeters, multiply by approximately 299,792.- 5 V·m × 299,792 ≈ 1,498,960 statV·cm

### Newton-meter squared per coulomb to Volt-meter

**Conversion:**1 newton-meter squared per coulomb (N·m²/C) = 1 volt-meter (V·m).**Example:**To convert 2 newton-meter squared per coulombs to volt-meters, use the direct equivalence.- 2 N·m²/C = 2 V·m

### Newton-meter squared per coulomb to Statvolt-centimeter

**Conversion:**1 newton-meter squared per coulomb (N·m²/C) ≈ 299,792 statvolt-centimeter (statV·cm).**Example:**To convert 10 newton-meter squared per coulombs to statvolt-centimeters, multiply by approximately 299,792.- 10 N·m²/C × 299,792 ≈ 2,997,920 statV·cm

### Statvolt-centimeter to Volt-meter

**Conversion:**1 statvolt-centimeter (statV·cm) ≈ 0.00000334 volt-meter (V·m).**Example:**To convert 50,000 statvolt-centimeters to volt-meters, multiply by approximately 0.00000334.- 50,000 statV·cm × 0.00000334 ≈ 167 V·m

### Statvolt-centimeter to Newton-meter squared per coulomb

**Conversion:**1 statvolt-centimeter (statV·cm) ≈ 0.00000334 newton-meter squared per coulomb (N·m²/C).**Example:**To convert 100,000 statvolt-centimeters to newton-meter squared per coulombs, multiply by approximately 0.00000334.- 100,000 statV·cm × 0.00000334 ≈ 334 N·m²/C

## FAQ’S

## Is the SI unit of electric flux the weber?

No, the SI unit of electric flux is not the weber; it is the volt-meter (V·m), which quantifies the total electric field passing through a surface.

## What is the SI unit of electric flux in terms of joules?

The SI unit of electric flux cannot be expressed in terms of joules, as joules measure energy, not electric flux.

## Is A tesla A unit of electric flux?

No, a tesla is not a unit of electric flux; it is the SI unit for magnetic flux density, describing the concentration of magnetic field lines.