Rigid Body Rotation And Angular Momentum-Physics, Dynamics, Forces and Momentum-Assignment, Exercises of Physics

This course is introduction to Physics. Its includes: acceleration, angular momentum, ballistic motion, center of mass, circular of orbits, Newton laws, drag force, velocity, conservation law of energy, superposition, circular motion, time dilation, work and energy. This assignment includes: Rigid, Body, Rotation, Angular, Momentum, Concentrated, Cylinder, Mass, Object, Inertia, Force, Disk, Gravitational, Potential

Typology: Exercises

2011/2012

Uploaded on 08/12/2012

lalitchohan
lalitchohan 🇮🇳

3

(3)

72 documents

1 / 1

Toggle sidebar

This page cannot be seen from the preview

Don't miss anything!

bg1
Your Name_____________________________Section______
Due 4:00PM Thursday Nov. 06, 2003
Topics: Rigid Body Rotation and Angular Momentum
Any following problems designated with a bold number indicate problems from Young
and Freedman 11th edition.
1. 9.78
2. 9.80
3. 9.86 Do not solve this problem with the numerical values of the masses given – call
the masses M4, M2, and Mp (for the pulley)
a) Find the speed asked for in the problem
b) Find the magnitude of the acceleration of the masses expressed in the units of g.
c) Find the magnitude of the acceleration of the masses in the case than Mp = 0 (i.e. for
the case of the perfect pulley which you solved for earlier).
d) Exhibit a problem with two perfect pulleys and three connected (by strings) masses
that has the same acceleration as the masses in this problem.
4. 10.35
docsity.com

Partial preview of the text

Download Rigid Body Rotation And Angular Momentum-Physics, Dynamics, Forces and Momentum-Assignment and more Exercises Physics in PDF only on Docsity!

Your Name_____________________________Section______

Due 4:00PM Thursday Nov. 06, 2003

Topics: Rigid Body Rotation and Angular Momentum

Any following problems designated with a bold number indicate problems from Young and Freedman 11th^ edition.

**1. 9.

  1. 9.86** Do not solve this problem with the numerical values of the masses given – call the masses M4, M2, and Mp (for the pulley) a) Find the speed asked for in the problem b) Find the magnitude of the acceleration of the masses expressed in the units of g. c) Find the magnitude of the acceleration of the masses in the case than Mp = 0 (i.e. for the case of the perfect pulley which you solved for earlier). d) Exhibit a problem with two perfect pulleys and three connected (by strings) masses that has the same acceleration as the masses in this problem. 4. 10.

docsity.com