Calculate the ratio of momentum if velocity of an object is doubled. �

1.	Calculate the ratio of momentum if velocity of an object is doubled.
Answer» ong>Explanation: The MOMENTUM of an object of mass \(m \) MOVING with velocity \(v \) is given by the EQUATION: \(p=mv \ a\)) If the velocity is doubled, the momentum of the object would become: \(p'=mv'=m\left (2v \right )=2mv=2p \) HENCE, the momentum would ALSO become twice.

Calculate the ratio of momentum if velocity of an object is doubled.

Answer»

ong>Explanation:

The MOMENTUM of an object of mass \(m \) MOVING with velocity \(v \) is given by the EQUATION: \(p=mv \ a\)) If the velocity is doubled, the momentum of the object would become: \(p'=mv'=m\left (2v \right )=2mv=2p \) HENCE, the momentum would ALSO become twice.

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Calculate the ratio of momentum if velocity of an object is doubled. ​

The MOMENTUM of an object of mass \(m \) MOVING with velocity \(v \) is given by the EQUATION: \(p=mv \ a\)) If the velocity is doubled, the momentum of the object would become: \(p'=mv'=m\left (2v \right )=2mv=2p \) HENCE, the momentum would ALSO become twice.

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Calculate the ratio of momentum if velocity of an object is doubled.