A 0.68 kg tennis ball is given an angular momentum of 2.72 X 10-3 kg. m2/s when struck by a racquet. If its radius of gyration is 2 cm what is its angular velocity? 50 POINT QUESTION!! Any help is appreciated, thank you!

The angular velocity of the tennis ball is 10 radians per second.

Step-by-step explanation:

The tennis ball can be represented as a particle, the angular momentum (), in kilogram-square meter per second, of the tennis ball is described by the following formula:

(1)

Where:

- Mass of the tennis ball, in kilograms.

- Radius of gyration, in meters.

- Angular velocity, in radians per second.

If we know that , and , then the angular velocity of the tennis ball is:

The angular velocity of the tennis ball is 10 radians per second.

828. all there is to it!

here, if you ever need with rounding (or other forms of arithmetic/math) again, use this:

thats the rounding one, but if you just click the top left, it shows you all the calculators you may need!

1; 35 is the ratio

step-by-step explanation: