__Rotational Kinetic Energy Calculator:__

__Rotational Kinetic Energy Calculator:__

Enter the values of Mass of Moment of Inertia I_{(kg)} & Angular Velocity w_{(radians/sec)} to determine the value of Rotational Kinetic Energy E_{(J).}

__Rotational Kinetic Energy Formula:__

__Rotational Kinetic Energy Formula:__

The Rotational Kinetic Energy E_{(J)} in Joules is Equal to the 0.5 into Multiply the Mass of Moment of Inertia I_{(kg)} in kilogram and is Multiply the Angular Velocity w_{(radians/sec)} in radians per second is squared.

The Equation of Rotational Kinetic Energy can be written as,

E_{(J)} = 0.5 * I_{(kg)} * w^{2}_{(radians/sec)}

Here,

E_{(J)} = Rotational Kinetic Energy in Joules

I_{(kg)} = Mass of Moment of Inertia in kilogram

w_{(radians/sec)} = Angular Velocity in radians per second

__Rotational Kinetic Energy Calculation:__

__Rotational Kinetic Energy Calculation:__

1) Calculate the Rotational Kinetic Energy and given for the Mass of Moment of Inertia = 15kg , Angular Velocity = 10rad/sec.

Answer

E = 0.5 * I * w^{2}

E = 0.5 * 15 * 10^{2}

E = 750J.

2) Calculate the Angular Velocity and given for the Mass of Moment of Inertia = 15kg , Rotational Kinetic Energy = 750J.

Answer

E = 0.5 * I * w^{2}

750 = 0.5 * 15 * w^{2}

w = 10rad/sec.

__Rotational kinetic energy | Moments, torque, and angular momentum | Physics |__

__Rotational kinetic energy | Moments, torque, and angular momentum | Physics |__