V/m To KV/m | Volt Per Meter To KV/m - Unit Converter

Units Converters Acceleration Angle Area Energy Force Length Power Pressure Speed Temperature Time Volume Weight V/m to kV/m

(Volt per Meter to Kilovolt per Meter)

Absorbed Dose Acceleration Amount of Substance Angle Angular Acceleration Angular Frequency Angular Momentum Angular Velocity Aquifer Loss Coefficient Area Area Density Astronomical Unit Atomic Volume Attenuation Ballistic Sensitivity Balllistic Galvanometer Constant Bandwidth Bandwith Efficiency Battery Capacity Beer Volume Bending Moment Biomass Scale Blood Cells Blood Sugar BMI BMR Butter Calorific Value Capacitance Carrier Concentration Change in Inductance with Change in Angle Coefficient of Linear Expansion Coefficient of Thermal Expansion Collision Frequency Compressibility Compressive Thrust Computer Speed Concentration Gradient Concentration Time Coefficient Cooking Measurement Coulomb's Constant Creatinine Cryoscopic Constant Damping Coefficient Data Storage Data Transfer Debye–Hückel limiting law constant Deflection Sensitivity Density Diffusivity Digital Image Resolution Direct Yarn Count DNA Length Dry Volume Dynamic Viscosity Elastance Electric Charge Electric Conductance Electric Conductivity Electric Current Electric Dipole Moment Electric Field Strength Electric Flux Electric Flux Line Electric Loading Electric Potential Electric Resistance Electric Resistivity Electrochemical Equivalent Electron Density Emissive Power per Unit Wavelength Emittance Energy Energy Density Energy Per Mole Energy per Unit Length Entropy Enzyme Equivalent Equivalent Conductance Equivalent Dose Equivalent Weight Etendue Feed First Moment of Area First Order Reaction Rate Constant Flexural Rigidity Fluence Fluidity Font Size Force Fouling Factor Four-Dimensional Hypervolume Fracture Toughness Frequency Frequency Sensitivity Fuel Consumption Glomerular Filtration Rate Gravitational Field Intensity Gravitational Parameter Gravitational Potential Hall Coefficient Hall-Petch Coefficient Heat Capacity Heat Capacity Rate Heat Density Heat Flux Density Heat of Combustion (per Mass) Heat of Combustion (per Volume) Heat Transfer Coefficient Hemoglobin Henry's Law Constant Henry's Law Constant for Aqueous-Phase Henry's Law Solubility Constant Henry's Law Volatility Constant HVAC Efficiency Illuminance Indirect Yarn Count Inductance Intensity Irradiation Jerk Kinematic Viscosity Latent Heat Length Life Linear Atomic Density Linear Charge Density Linear Current Density Linear Mass Density Lumber Volume Luminance Luminous Efficacy Luminous Energy Luminous Flux Luminous Intensity Magnetic Field Magnetic Field Strength Magnetic Flux Magnetic Flux Density Magnetic Moment Magnetic Permeability Magnetomotive Force Mass Concentration Mass Flow Rate Mass Flux Mass Magnetic Susceptibility Mass Velocity Mean Motion Membrane Flux Meter Sensitivity Mobility Moisture Vapor Transmission Rate Molality Molar Activity Molar Concentration Molar Conductivity Molar Enthalpy Molar Extinction Coefficient Molar Flow Rate Molar Flux of Diffusing Component Molar Magnetic Susceptibility Molar Mass Molar Specific Heat Capacity at Constant Pressure Molar Specific Heat Capacity at Constant Volume Molar Volume Moment of Force Moment of Inertia Moment of Inertia per Unit Length Momentum Momentum Diffusivity Moseley Proportionality Constant Noise Normalized Detectivity Number Number Density Organic Loading Oxide Capacitance Per Unit Area Parachor Permeance Permittivity Photon Rate Pixel Fillrate Planar Atomic Density Polarizability Population Density Potential Gradient Power Power Density Prefixes Presement Presity Pressure Pressure Gradient Propagation Constant Radial Pressure Radiance Radiant Exitance Radiant Intensity Radiation Radiation Exposure Radioactivity Radiosity Rate of Change of Grade Rate of Current Change Rate of Heat Transfer Rate of Temperature Change Reaction Rate Reciprocal Angle Reciprocal Length Reluctance Resolution Responsivity Roll Gradient Roll Stiffness Rotational Back EMF Constant Salinity Second Moment of Area Second Order Reaction Rate Constant Section Factor Shear Range Slope of Coexistence Curve Solid Angle Solid Loading Rate Solubility Parameter Sound Specific Activity Specific Angular Momentum Specific Area Specific Attenuation Coefficient Specific Cake Resistance Specific Electrical Loading Specific Energy Specific Entropy Specific Fuel Consumption Specific Heat Capacity Specific Humidity Specific Rotation Specific Surface Energy Specific Volume Specific Weight Spectral Exitance Per Unit Frequency Spectral Exitance Per Unit Wavelength Spectral Exposure Per Unit Frequency Spectral Exposure Per Unit Wavelength Speed Stiffness Constant Stress Surface Charge Density Surface Current Density Surface Excess Concentration Surface Tension Symbol Rate Temperature Temperature Coefficient of Resistance Temperature Difference Temperature Gradient Texture Fillrate Texture Map Thermal conductance Thermal Conductivity Thermal Diffusivity Thermal Expansion Thermal Resistance Thermodynamic Beta Third Order Reaction Rate Constant Thrust Specific Fuel Consumption Time Time Inverse Topography Torque Torsional Damping Constant Torsional Rigidity Torsion Constant Track Modulus Transconductance Transconductance Parameter Typography Van Der Waals Constant a Van Der Waals Constant b Velocity Potential Volume Volume Charge Density Volume Density Volumetric Displacement Volumetric Flow Rate Vorticity Water Permeability Wavelength Wave Number Weight Wine Volume

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abV/cm [Abvolt per Centimeter] kV/cm [Kilovolt per Centimeter] kV/in [Kilovolt per Inch] kV/m [Kilovolt per Meter] kV/μm [Kilovolt per Micrometer] kV/mm [Kilovolt per Millimeter] kV/nm [Kilovolt per Nanometer] MV/cm [Megavolt per Centimeter] MV/in [Megavolt per Inch] MV/m [Megavolt per Meter] MV/μm [Megavolt per Micrometer] MV/mm [Megavolt per Millimeter] MV/nm [Megavolt per Nanometer] µV/cm [Microvolt per Centimeter] µV/in [Microvolt per Inch] μV/m [Microvolt per Meter] µV/μm [Microvolt per Micrometer] µV/mm [Microvolt per Millimeter] µV/nm [Microvolt per Nanometer] mV/cm [Millivolt per Centimeter] mV/in [Millivolt per Inch] mV/m [Millivolt per Meter] mV/μm [Millivolt per Micrometer] mV/mm [Millivolt per Millimeter] mV/nm [Millivolt per Nanometer] N/C [Newton per Coulomb] statV/cm [Statvolt per Centimeter] statV/in [Statvolt per Inch] V/cm [Volt per Centimeter] V/in [Volt per Inch] V/m [Volt per Meter] V/μm [Volt Per Micrometer] V/mil [Volt per Mil] V/mm [Volt per Millimeter] V/nm [Volt per Nanometer]	⇄	abV/cm [Abvolt per Centimeter] kV/cm [Kilovolt per Centimeter] kV/in [Kilovolt per Inch] kV/m [Kilovolt per Meter] kV/μm [Kilovolt per Micrometer] kV/mm [Kilovolt per Millimeter] kV/nm [Kilovolt per Nanometer] MV/cm [Megavolt per Centimeter] MV/in [Megavolt per Inch] MV/m [Megavolt per Meter] MV/μm [Megavolt per Micrometer] MV/mm [Megavolt per Millimeter] MV/nm [Megavolt per Nanometer] µV/cm [Microvolt per Centimeter] µV/in [Microvolt per Inch] μV/m [Microvolt per Meter] µV/μm [Microvolt per Micrometer] µV/mm [Microvolt per Millimeter] µV/nm [Microvolt per Nanometer] mV/cm [Millivolt per Centimeter] mV/in [Millivolt per Inch] mV/m [Millivolt per Meter] mV/μm [Millivolt per Micrometer] mV/mm [Millivolt per Millimeter] mV/nm [Millivolt per Nanometer] N/C [Newton per Coulomb] statV/cm [Statvolt per Centimeter] statV/in [Statvolt per Inch] V/cm [Volt per Centimeter] V/in [Volt per Inch] V/m [Volt per Meter] V/μm [Volt Per Micrometer] V/mil [Volt per Mil] V/mm [Volt per Millimeter] V/nm [Volt per Nanometer]

V/m to μV/m | V/m to mV/m | V/m to N/C | V/m to V/mm | V/m to kV/m | V/m to V/μm More 👎 👍 Converting

2X of 1 ▶	1/2X of 1 ▶
5X of 1 ▶	1/5X of 1 ▶
8X of 1 ▶	1/8X of 1 ▶

Abvolt per Centimeter Smallest Volt per Meter Base Volt Per Micrometer Biggest Result 1 V/m is equivalent to 0.001 kV/m

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• V/m to kV/m

Formula Used 1 Volt per Meter = 0.001 Kilovolt per Meter∴ 1 Volt per Meter = 0.001 Kilovolt per Meter

Other V/m Conversions

• V/m to V/μm ⇄ [Volt per Meter to Volt Per Micrometer ⇄] (Biggest)

• V/m to kV/cm ⇄ [Volt per Meter to Kilovolt per Centimeter ⇄]
• V/m to V/mil ⇄ [Volt per Meter to Volt per Mil ⇄]
• V/m to kV/in ⇄ [Volt per Meter to Kilovolt per Inch ⇄]
• V/m to statV/cm ⇄ [Volt per Meter to Statvolt per Centimeter ⇄]
• V/m to statV/in ⇄ [Volt per Meter to Statvolt per Inch ⇄]

• V/m to kV/m ⇄ [Volt per Meter to Kilovolt per Meter ⇄] (You are Here)

• V/m to V/cm ⇄ [Volt per Meter to Volt per Centimeter ⇄]
• V/m to V/in ⇄ [Volt per Meter to Volt per Inch ⇄]
• V/m to kV/μm ⇄ [Volt per Meter to Kilovolt per Micrometer ⇄]
• V/m to kV/mm ⇄ [Volt per Meter to Kilovolt per Millimeter ⇄]
• V/m to kV/nm ⇄ [Volt per Meter to Kilovolt per Nanometer ⇄]
• V/m to MV/cm ⇄ [Volt per Meter to Megavolt per Centimeter ⇄]
• V/m to MV/in ⇄ [Volt per Meter to Megavolt per Inch ⇄]
• V/m to MV/m ⇄ [Volt per Meter to Megavolt per Meter ⇄]
• V/m to MV/μm ⇄ [Volt per Meter to Megavolt per Micrometer ⇄]
• V/m to MV/mm ⇄ [Volt per Meter to Megavolt per Millimeter ⇄]
• V/m to MV/nm ⇄ [Volt per Meter to Megavolt per Nanometer ⇄]
• V/m to µV/cm ⇄ [Volt per Meter to Microvolt per Centimeter ⇄]
• V/m to µV/in ⇄ [Volt per Meter to Microvolt per Inch ⇄]
• V/m to µV/μm ⇄ [Volt per Meter to Microvolt per Micrometer ⇄]
• V/m to µV/mm ⇄ [Volt per Meter to Microvolt per Millimeter ⇄]
• V/m to µV/nm ⇄ [Volt per Meter to Microvolt per Nanometer ⇄]
• V/m to mV/cm ⇄ [Volt per Meter to Millivolt per Centimeter ⇄]
• V/m to mV/in ⇄ [Volt per Meter to Millivolt per Inch ⇄]
• V/m to mV/μm ⇄ [Volt per Meter to Millivolt per Micrometer ⇄]
• V/m to mV/mm ⇄ [Volt per Meter to Millivolt per Millimeter ⇄]
• V/m to mV/nm ⇄ [Volt per Meter to Millivolt per Nanometer ⇄]
• V/m to N/C ⇄ [Volt per Meter to Newton per Coulomb ⇄]
• V/m to V/m ⇄ [Volt per Meter to Volt per Meter ⇄]
• V/m to V/mm ⇄ [Volt per Meter to Volt per Millimeter ⇄]
• V/m to V/nm ⇄ [Volt per Meter to Volt per Nanometer ⇄]
• V/m to mV/m ⇄ [Volt per Meter to Millivolt per Meter ⇄]
• V/m to μV/m ⇄ [Volt per Meter to Microvolt per Meter ⇄]

• V/m to abV/cm ⇄ [Volt per Meter to Abvolt per Centimeter ⇄] (Smallest)

Credits

Created by Himanshi Sharma Bhilai Institute of Technology (BIT), Raipur Himanshi Sharma has created this Unit and 2600+ more units! Verified by Swapneel Shah Vidya Pratishthans College of Engineering (VPCOE), Baramati Swapneel Shah has verified this Unit and 4200+ more units!

V/m to kV/m Conversion

The abbreviation for V/m and kV/m is volt per meter and kilovolt per meter respectively. 1 V/m is 1000 times smaller than a kV/m. To measure, units of measurement are needed and converting such units is an important task as well. unitsconverters.com is an online conversion tool to convert all types of measurement units including V/m to kV/m conversion.

Volt per Meter to kV/m

Check our Volt per Meter to kV/m converter and click on formula to get the conversion factor. When you are converting electric field strength from Volt per Meter to kV/m, you need a converter that is elaborate and still easy to use. All you have to do is select the unit for which you want the conversion and enter the value and finally hit Convert.

V/m to Kilovolt per Meter

The formula used to convert V/m to Kilovolt per Meter is 1 Volt per Meter = 0.001 Kilovolt per Meter. Measurement is one of the most fundamental concepts. Note that we have Volt Per Micrometer as the biggest unit for length while Abvolt per Centimeter is the smallest one.

Convert V/m to kV/m

How to convert V/m to kV/m? Now you can do V/m to kV/m conversion with the help of this tool. In the length measurement, first choose V/m from the left dropdown and kV/m from the right dropdown, enter the value you want to convert and click on 'convert'. Want a reverse calculation from kV/m to V/m? You can check our kV/m to V/m converter.

V/m to kV/m Converter

Units of measurement use the International System of Units, better known as SI units, which provide a standard for measuring the physical properties of matter. Measurement like electric field strength finds its use in a number of places right from education to industrial usage. Be it buying grocery or cooking, units play a vital role in our daily life; and hence their conversions. unitsconverters.com helps in the conversion of different units of measurement like V/m to kV/m through multiplicative conversion factors. When you are converting electric field strength, you need a Volt per Meter to Kilovolt per Meter converter that is elaborate and still easy to use. Converting V/m to Kilovolt per Meter is easy, for you only have to select the units first and the value you want to convert. If you encounter any issues to convert Volt per Meter to kV/m, this tool is the answer that gives you the exact conversion of units. You can also get the formula used in V/m to kV/m conversion along with a table representing the entire conversion.

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