Kinematics-Circular and Relative Motion

Add to Favourites
Post to:

Velocity and acceleration vectors of a particle in uniform circular motion.

Description
Topic is Circular motion. Angular velocity, linear velocity, tangential and radial acceleration is calculated.Numerical exampl is based on a carnival rider in circular motion.Derivations from Non-uniform circular motion in different reference frame are rarely found in regular textbooks.Strategy for solving numericals based on relative velocity are helpful. Theory of relativity and Galilean transformation are also included.

Prof. Stanley Kowalski, Physics 8.01 2003 Massachusetts Institute of Technology: MIT OpenCourseWare),http://ocw.mit.edu (Accessed July 29th,2011). License: Creative Commons BY-NC-SA: http://ocw.mit.edu/terms/#cc

Comments

Want to learn?

Sign up and browse through relevant courses.

Name:
Your Email:
Password:
Country:
Contact no:


Area code Number
Subjects you are interested in:
Word verification: (Enter the text as in image)


Sign Up Already a member? Sign In
I agree to WizIQ's User Agreement & Privacy Policy
LearnOnline Through OCW
OpenCourseWare
User
102 Followers

Your Facebook Friends on WizIQ

Explore Similar Courses

Give live classes, create & sell online courses

Try it free Plans & Pricing

Connect