Grade upto college level Mechanics
State Newton's three laws of motion in words suitable for rotating bodies.
State Newton's three laws of motion in words suitable for rotating bodies.
2 Answers
Navjyot Kalra
Newton’s first law of motion for rotating bodies is:
A rotating body will be in same state of motion, and move with constant angular velocity unless it experiences an external torque.
Newton’s second law of motion for rotating bodies is:
The external torque experienced by the rotating body is proportional to the angular acceleration of the body, and the constant of proportionality will be the rotational inertia of the body, defining its resistance to change its state of rotational motion.
Newton’s third law of motion for rotating bodies is:
For every applied torque, there is an equal and opposite reaction torque on the acting agent.
A rotating body will be in same state of motion, and move with constant angular velocity unless it experiences an external torque.
Newton’s second law of motion for rotating bodies is:
The external torque experienced by the rotating body is proportional to the angular acceleration of the body, and the constant of proportionality will be the rotational inertia of the body, defining its resistance to change its state of rotational motion.
Newton’s third law of motion for rotating bodies is:
For every applied torque, there is an equal and opposite reaction torque on the acting agent.
erra akhil
Newton’s first law of motion for rotating bodies is:A rotating body will be in same state of motion, and move with constant angular velocity unless it experiences an external torque.Newton’s second law of motion for rotating bodies is:The external torque experienced by the rotating body is proportional to the angular acceleration of the body, and the constant of proportionality will be the rotational inertia of the body, defining its resistance to change its state of rotational motion.Newton’s third law of motion for rotating bodies is:For every applied torque, there is an equal and opposite reaction torque on the acting agent.
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