ELECTRIC FIELD STRENGTH CONVERTER

Convert volt/meter to kilovolt/centimeter

Bidirectional real-time conversion instrument. Invert Direction (kilovolt/centimeter → volt/meter) →

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1 volt/meter = 0.00001 kilovolt/centimeter

Formula & Calculation Example

Exact Algebraic Formula
1 V/m = 0.00001 kV/cm
1 kV/cm = 100000 V/m
Step-by-Step Example
Convert 15 V/m to kV/cm:
15 × 0.00001 = 0.00015 kV/cm

volt/meter to kilovolt/centimeter Conversion Table

volt/meter (V/m)kilovolt/centimeter (kV/cm)
0.01 V/m1E-7 kV/cm
0.1 V/m0.000001 kV/cm
1 V/m0.00001 kV/cm
2 V/m0.00002 kV/cm
3 V/m0.00003 kV/cm
5 V/m0.00005 kV/cm
10 V/m0.0001 kV/cm
20 V/m0.0002 kV/cm
50 V/m0.0005 kV/cm
100 V/m0.001 kV/cm
1000 V/m0.01 kV/cm

Related Electric Field Strength Conversions

Summary & Quick Answer

1 volt/meter is equal to 0.00001 kilovolt/centimeter. To convert volt/meter to kilovolt/centimeter, multiply your volt/meter figure by 0.00001 (or use the formula: 1 V/m = 0.00001 kV/cm).

Unit Ratio
1 V/m = 0.00001 kV/cm
Reverse Ratio
1 kV/cm = 100000 V/m

Step-by-Step Calculation Guide

To convert any quantity from volt/meter to kilovolt/centimeter, follow these steps:

  1. Step 1: Identify your starting value in volt/meter.
  2. Step 2: Apply the conversion multiplier: 1 V/m = 0.00001 kV/cm.
  3. Step 3: Calculate the product: For example, to convert 10 volt/meter:
    10 × 0.00001 = 0.0001 kilovolt/centimeter

Frequently Asked Questions: volt/meter to kilovolt/centimeter

How many kilovolt/centimeter are in 1 volt/meter?

There are exactly 0.00001 kilovolt/centimeter in 1 volt/meter.

What is the formula to convert volt/meter to kilovolt/centimeter?

1 V/m = 0.00001 kV/cm. For example: Convert 15 V/m to kV/cm: gives 15 × 0.00001 = 0.00015 kV/cm.

How do I convert kilovolt/centimeter back to volt/meter?

1 kV/cm = 100000 V/m. 1 kilovolt/centimeter equals approximately 100000 volt/meter.

Is this volt/meter to kilovolt/centimeter conversion accurate?

Yes, UnitGlide calculates all conversions with up to 12 decimal places of precision according to BIPM (Bureau International des Poids et Mesures) and NIST standards.