Question

explain relationship between torque and agular momentum​

Answer 1

Answer:

Relation between torque and anguar momentum is given by r - net = dL/dt

Relation between torque and anguar momentum is given by r - net = dL/dtwhere , r- torque acting on a body

Relation between torque and anguar momentum is given by r - net = dL/dtwhere , r- torque acting on a body Now if, L = constant

Relation between torque and anguar momentum is given by r - net = dL/dtwhere , r- torque acting on a body Now if, L = constant So,dL/dt=0

Relation between torque and anguar momentum is given by r - net = dL/dtwhere , r- torque acting on a body Now if, L = constant So,dL/dt=0=r -net =0

Relation between torque and anguar momentum is given by r - net = dL/dtwhere , r- torque acting on a body Now if, L = constant So,dL/dt=0=r -net =0Hence,

Relation between torque and anguar momentum is given by r - net = dL/dtwhere , r- torque acting on a body Now if, L = constant So,dL/dt=0=r -net =0Hence, if a body is rotating with constant angular momentum then, the net torque on the body will be zero.

Explanation:

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