Kinetic Energy to Velocity Calculator:
Enter the values of Kinetic Energy KE(Joules) & Mass M(kg) to determine the value of Kinetic Energy to Velocity V(m/s) .
Kinetic Energy to Velocity Formula:
The Kinetic Energy to Velocity V(m/s) in meter per second is equal to the SQRT of the Kinetic Energy KE(Joules) in Joules into multiply the value of 2 and Divided by the Mass M(kg) in kilogram.
The Equation of Kinetic Energy to Velocity can be writtern as,
V(m/s) = SQRT ( KE(Joules) * 2 / M(kg) )
Here,
V(m/s) = Kinetic Energy to Velocity in meter per second
KE(Joules) = Kinetic Energy in Joules
M(kg) = Mass in kilogram
Example Problems for Kinetic Energy to Velocity:
1)Calculate the Kinetic Energy to Velocity and given for Kinetic Energy = 400joules , Mass = 20kg.
Answer
V = √ ( KE * 2 / M )
V = √ ( 400 * 2 / 20 )
V = 6.32m/s.
2)Calculate the Mass and given for Kinetic Energy = 400joules , Kinetic Energy to Velocity = 6.32m/s.
Answer
V = √ ( KE * 2 / M )
6.32 = √ ( 400 * 2 / M )
M = 20kg.