'Perfectly inelastic collision' presentation slideshows

Linear Momentum

Linear Momentum. Momentum (vector quantity). p = mass X velocity p = m v Unit = kg-m/s. Momentum: Example 1. What is the momentum of a 100.0 kg football player running at 6.0 m/s? p = mv = (100.0 kg)(6.0 m/s) = 600 kg-m/s. Momentum: Example 2.

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Physics 350

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MOMENTUM & IMPULSE

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Momentum

Momentum. Momentum. A measure of how hard it is to stop a moving object. Related to both mass and velocity. Possessed by all moving objects. Calculating Momentum. For one particle p = m v For a system of multiple particles P = ? p i = ? m i v i Momentum is a vector!.

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Chapter 6

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Elastic and Inelastic Collisions

Elastic and Inelastic Collisions. Conservation of Momentum. If a system is isolated (no external forces) and a collision occurs, momentum is conserved Collisions may involve direct contact or actions at a distance (e.g., electric fields). Conservation of Momentum.

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Momentum

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Purpose:

Purpose: . Definition of oblique collison . Solving problems involving oblique collisions [in 2-D]. Review of Momentum. momentum. We have learned that moving objects possess _______________, and the momentum can be calculated by multiplying their mass by their velocity .

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Exam Specifications Mathematics 15% Engineering Probability and Statistics 7% Chemistry 9% Computers 7% Et

Exam Specifications Mathematics 15% Engineering Probability and Statistics 7% Chemistry 9% Computers 7% Ethics and Business Practices 7% Engineering Economics 8% Statics and Dynamics 10% Strength of Materials 7% Material Properties 7% Fluid Mechanics 7%

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