and it rotates about its centre of mass with angular velocity =ω0. Let L→ = ( Iω0+mv0r )(−k). The angular momentum of the body about the origin O is

Sahay Sir > Question Answers > and it rotates about its centre of mass with angular velocity =ω0. Let L→ = ( Iω0+mv0r )(−k). The angular momentum of the body about the origin O is
A uniform sphere of mass m radius r and moment of inertia I about its centre moves along the x-axis as shown in Fig Its centre of mass moves with velocity =v0, and it rotates about its centre of mass with angular velocity =ω0. Let L→ = ( Iω0+mv0r )(−k). The angular momentum of the body about the origin O is
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Sep
A uniform sphere of mass m radius r and moment of inertia I about its centre moves along the x-axis as shown in Fig Its centre of mass moves with velocity =v0, and it rotates about its centre of mass with angular velocity =ω0. Let L→ = ( Iω0+mv0r )(−k). The angular momentum of the [...]
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Tags: A uniform sphere of mass m radius r and moment of inertia I about its centre moves along the x-axis as shown in Fig Its centre of mass moves with velocity =v0 , and it rotates about its centre of mass with angular velocity =ω0. Let L→ = ( Iω0+mv0r )(−k). The angular momentum of the body about the origin O is ,