This physics video tutorial provides a basic introduction into solving common conservation of momentum problems. It explains how to find the final speed of an astronaut after throwing a ball in space. It also explains how to calculate the velocity of an object after breaking apart into two smaller fragments. In addition, this video contains an example that asks you to calculate the final speed of a railroad car after a load is dropped vertically into it.

Impulse and Momentum:
   • Introduction to Impulse & Momentum - ...  

Rocket Propulsion:
   • Rocket Propulsion Physics & Mass Flow...  

What Really Is a Force?
   • Physics - What Really Is a Force?  

Inelastic Collisions:
   • Inelastic Collision Physics Problems ...  

Impulse Momentum Theorem:
   • Impulse Momentum Theorem Physics Prob...  

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Force-Time Graphs:
   • Force Time Graphs & Impulse - Physics...  

Ballistic Pendulum Problem:
   • Ballistic Pendulum Physics Problems -...  

Elastic Collisions:
   • Elastic Collisions In One Dimension P...  

2D Collision Problems:
   • Conservation of Momentum In Two Dimen...  

Impulse & Momentum Test Review:
   • Impulse and Momentum Conservation - I...  

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Center of Mass Problems:
   • Center of Mass Physics Problems - Bas...  

Center of Mass - Calculus:
   • Center of Mass & Centroid Problems - ...  

Intro to Rotational Motion:
   • Rotational Motion Physics, Basic Intr...  

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