Solve Inelastic Collision: 20g Bullet & 3.8kg Pendulum

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SUMMARY

The problem involves a 20g bullet traveling at 250m/s that embeds itself into a 3.8kg pendulum suspended from a 2.3m string. The solution utilizes the law of conservation of momentum to determine the horizontal swing distance of the pendulum after the collision. The relevant physics principles are derived from "Physics 3rd edition" by Douglas C. Giancoli. The discussion confirms that applying these principles leads to a successful resolution of the problem.

PREREQUISITES
  • Understanding of conservation of momentum
  • Basic knowledge of inelastic collisions
  • Familiarity with pendulum motion
  • Ability to apply physics equations from "Physics 3rd edition" by Douglas C. Giancoli
NEXT STEPS
  • Study inelastic collision equations
  • Learn about pendulum dynamics and energy transfer
  • Explore momentum conservation in two-dimensional collisions
  • Review problem-solving techniques in classical mechanics
USEFUL FOR

Students of physics, educators teaching mechanics, and anyone interested in solving real-world physics problems involving collisions and pendulum motion.

mrtkawa
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i need help for this problem
if anyone could solve this, it's wonderful

A 20g rifle bullet traveling 250m/s buries it self in a 3.8kg pendulum hanging on a 2.3m-long string. how far does the pendulum swing horizontally?

Physics 3rd edition Douglas C. Giancoli
 
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Just using the law of conservation of momentum[/color]
 
thanks i got it
 

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