Rolling Hollow Sphere on an Incline: Energy and Speed Analysis
By The Science CubeFrom boclips.com
409.2K views
29.2K likes
This content analyzes the motion of a hollow sphere rolling without slipping up an incline. It demonstrates how to determine the initial rotational and translational kinetic energies from the total, calculate the initial speed of the center of mass, and then use the conservation of mechanical energy to find the total kinetic energy and center-of-mass speed after the sphere has moved a certain distance up the incline.
Tags
Explainer
Physical Sciences
Physics
Technology and Engineering
Higher education
Advanced Secondary
Comments
Leave a Comment
Comments are loading... If you don't see any, be the first to comment!
Related Videos
Kinetic Energy and Friction in Rolling Motion
The Science Cube
Work Done by Spring Force: Launching a Coin Horizontally
The Science Cube
Kinetic Energy
Mazz Media STEM
Physics Problem: Ball Rolling and Projectile Motion Combined
The Science Cube

Potential and Kinetic Energy for Kids
Owner - It's AumSum Time
How Fast Must a Meteoroid Travel to Escape a Double-Star System?
The Science Cube
Force and Work Done on a Box: Work-Energy Theorem Application
The Science Cube
Conservation of Energy Principle: Solving for Motion in a Roller Coaster Track
The Science Cube
Thermal Energy, Heat and Temperature
Mazz Media STEM

What is DARK ENERGY?
KidzSearch
