momentum vectors

Momentum is another vector quantity which has the same direction as that of velocity. Momentum is a property of the body possessed by virtue of its mass and velocity. It is the product of mass of the body and its velocit..

Momentum is another vector quantity which has the same direction as that of velocity. Momentum is a property of the body possessed by virtue of its mass and velocity. It is the product of mass of the body and its velocity. Momentum = mass x velocity p = m x v..

of this particle with respect to the origin O is a vector quantity defined as where is the position vector of the particle with respect to O. As the particle moves relative to O in the direction of its momentum position vector rotates around O. To have angula..

The law of conservation of momentum states that the total vector sum of momenta of bodies, in an isolated system, along any straight line remains conserved and remains unchanged due to reaction forces between the forces of the syste..

From (1) we get, which is the law of conservation of momentum. Generalising to n particles, The law of conservation of momentum states that the total vector sum of momenta of bodies, in an isolated system, along any straight line remains conserved and remains unchanged..

Physical Meaning of Angular Momentum - Consider a particle capable of rotation about an axis. At any time t, let its momentum be and , the position vector. Then the angular momentum is given by the cross product and . = x..

Define as the vector of the linear momenta of all the bodies in the system. We can conclude that when there is no external force, the velocity of the centre of mass of the system remains the sam..

As we know, the linear momentum of a particle is defined as , where m is the mass and is the velocity, the momentum of an N particle system is the vector sum of the momenta of the N particles. If the external forces acting on the system add up to zero, the centre of ma..

The multiplication of velocity vector by time (a scalar) gives us displacement. The multiplication of velocity vector by mass (a scalar) gives us momentum..

Thus the quantity of motion in a body depends on mass and velocity of the body. This quantity of motion defines a new physical quantity called momentum. The momentum of an object is defined as the product of its mass and its velocity. Momentum is a vector..