Choose language
:
czech
deutsch
dutch
english
french
hungarian
italian
malay
polski
portugués
romana
russian
spanish
turkish
meter
foot
centimeter
hectometer
step
inch
millimeter
kilometer
to
foot
centimeter
hectometer
step
inch
millimeter
kilometer
line
Volume
Length
Weight
Temperature
Area
Speed
Time
Convert
:
Binary
Decimal
Octal
Hexadecimal
Color
Calculate
:
Mathematics
Physics
Conversion rule
Quick conversion
Examples
KV to MV convert
Convert kilovolts to megavolts
Kilovolts
(
kV
)
Megavolts
(MV)
Megavolts to kilovolts
Kilovolts to megavolts
Conversion rule
How to convert kilovolts to megavolts?
1 kV = 0.001 MV
1 kilovolt is equal with 0.001 megavolts
1 kV is equal with 0.001 MV
1 megavolt is equal with 1 divided by 0.001 kilovolts
1 MV = 1 / 0.001 kV
Formula kV -> MV
MV =
kV
1000
https://www.qtransform.com/
Examples
How many kilovolts are 1 megavolt?
1 kilovolt are 0.001 megavolts.
1
kilovolt
kV
= 0.001
megavolts
MV
(1*0.001)
2 kilovolts are ______ how many megavolts?
2 kilovolts are 0.002 megavolts?
2
kilovolts
kV
= 0.002
megavolts
MV
(2*0.001)
Convert 5 kilovolts to megavolts
5 kilovolts is equal with 0.005 megavolts
5
kilovolts
kV
= 0.005
megavolts
MV
(5*0.001)
Quick conversion kV to MV
1
kilovolt
kV
= 0.001
megavolts
MV
(1*0.001)
10
kilovolts
kV
= 0.01
megavolts
MV
(10*0.001)
20
kilovolts
kV
= 0.02
megavolts
MV
(20*0.001)
30
kilovolts
kV
= 0.03
megavolts
MV
(30*0.001)
40
kilovolts
kV
= 0.04
megavolts
MV
(40*0.001)
50
kilovolts
kV
= 0.05
megavolts
MV
(50*0.001)
100
kilovolts
kV
= 0.1
megavolts
MV
(100*0.001)
200
kilovolts
kV
= 0.2
megavolts
MV
(200*0.001)
conversion table
Kilovolts to volts
Kilovolts to megavolts
Kilovolts to millivolts
Kilovolts to microvolts
Kilovolts to gigavolts
voltage
measurement units
Gigavolt
Kilovolt
Megavolt
Microvolt
Millivolt
Pressure
Density
Flow - mass
Flow - molar
Flow - liquids
Energy
Frecquency
Angle
Angular acceleration
Solid angle
Rotation speed
Data
Luminous intensity
Luminous flux
Illumination
Power
Force
Torque
Electric current
Voltage
Electrical charge
Electrical resistance
Electrical conductance
Inductance
Electrical capacity
Electric potential
Electrical elasticity
Numbers
Magnetic field
Magnetic flux
Magnetic field
Molar mass
Dynamic viscosity
Viscosity kinematic
Concentration molar
Catalytic activity
Radioactivity
Radiation
Radiation exposure
Radiation - absorbed dose
Fabric weight
Linear density
Font size
CO2 emissions
Sound
Shoe size
Clothing sizes