1. A wheel rotates for 5 minutes with a constant angular acceleration

1.	1. A wheel rotates for 5 minutes with a constant angular acceleration α. It starts from angular speed of 7 rad/s and reaches to 12 rad/s.a. Calculate the angular acceleration α. b. Calculate final angular displacement after 5 minutes.
Answer» ANSWER: The angular velocity is defined as the rate of change in the angular position of a rotating OBJECT. It is rotational equivalent to the LINEAR velocity. It is MEASURED in rad/sec in the SI unit system.

1. A wheel rotates for 5 minutes with a constant angular acceleration α. It starts from angular speed of 7 rad/s and reaches to 12 rad/s.a. Calculate the angular acceleration α. b. Calculate final angular displacement after 5 minutes.

Answer»

The angular velocity is defined as the rate of change in the angular position of a rotating OBJECT. It is rotational equivalent to the LINEAR velocity. It is MEASURED in rad/sec in the SI unit system.

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1. A wheel rotates for 5 minutes with a constant angular acceleration α. It starts from angular speed of 7 rad/s and reaches to 12 rad/s.a. Calculate the angular acceleration α. b. Calculate final angular displacement after 5 minutes.

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