11. Momentum & Impulse

Two bowling balls of different masses are rolling on a smooth surface. Which of the following best explains how they can have the same $p$ (momentum)?

In physics, is $\mathrm{momentum}$ considered a $\mathrm{vector}$ or a $\mathrm{scalar}$ quantity?

Four balls are rolling on a flat surface. Ball A has a mass of $2$ kg and a velocity of $3$ m/s, Ball B has a mass of $3$ kg and a velocity of $2$ m/s, Ball C has a mass of $1$ kg and a velocity of $6$ m/s, and Ball D has a mass of $4$ kg and a velocity of $1$ m/s. Which ball has the greatest momentum?

For a system at rest that explodes into two pieces, if piece a has mass $m_a$ and moves with velocity $v_a$ immediately after the explosion, what is the magnitude of the momentum $\left|p_a\right|$ of piece a before the explosion?

A meteorite of mass $1500$kg moves with a speed of $0.700c$. What is the magnitude of its momentum $p$?

A ball with mass $4kg$ has a momentum of $12kgm/s$. What is the speed of the ball?

What is the momentum of a $15\mathrm{kg}$ tire rolling down a hill at $3m/s$?

Which of the following objects has the greatest momentum if all are moving at the same speed?

Which of the following is the correct SI unit for momentum?

In the context of linear momentum, an increase in which of the following quantities will result in an increase in the momentum of an object, assuming all other factors remain constant? $p=mv$

In classical mechanics, what type of relationship exists between an object's $p$ (momentum) and its $m$ (mass), assuming $v$ (velocity) is constant?

When comparing the momentum of two moving objects, which of the following statements is correct?

An object has a mass of $4 \mathrm{kg}$ and is moving with a velocity of $3 \frac{m}{s}$. What is its momentum?

Which of the following objects has a momentum of $0$?