Angular Momentum in term of spherical coordinates
Momentum “P” is the Product of mass “m”
and the velocity “V” of the object P = mv. Any object moving with some velocity
having weight will possess momentum. The difference between angular Momentum
and Momentum is that angular momentum deals with rotation or rotational Bodies.
In physics angular momentum is the rotational analogy of Linear momentum. Total
Angular momentum of a close system remains constant means it is conserved. Angular
Momentum is defined as the property of any rotating object given by the product
of moment of inertia time’s angular velocity. It is Vector Quantity having
magnitude as well as direction. So Angular Momentum direction is circular.
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| Angular Momentum in term of spherical coordinates |
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