![PPT - Momentum = mass x velocity The equation for momentum is written as: Ρ = mv PowerPoint Presentation - ID:2738695 PPT - Momentum = mass x velocity The equation for momentum is written as: Ρ = mv PowerPoint Presentation - ID:2738695](https://image1.slideserve.com/2738695/slide1-l.jpg)
PPT - Momentum = mass x velocity The equation for momentum is written as: Ρ = mv PowerPoint Presentation - ID:2738695
![Chapter 7: Momentum I. Momentum (7.1) A. momentum– “inertia in motion” 1. Mass of an object multiplied by its velocity Momentum = mass x velocity. - ppt download Chapter 7: Momentum I. Momentum (7.1) A. momentum– “inertia in motion” 1. Mass of an object multiplied by its velocity Momentum = mass x velocity. - ppt download](https://slideplayer.com/15/4652054/big_thumb.jpg)
Chapter 7: Momentum I. Momentum (7.1) A. momentum– “inertia in motion” 1. Mass of an object multiplied by its velocity Momentum = mass x velocity. - ppt download
![Which takes more force to stop? Big 2m/s Small 2 m/s Big 0.6 m/s Small 6 m/s Small 2 m/s 100 m/s. - ppt download Which takes more force to stop? Big 2m/s Small 2 m/s Big 0.6 m/s Small 6 m/s Small 2 m/s 100 m/s. - ppt download](https://images.slideplayer.com/24/7235458/slides/slide_4.jpg)