My orders
How it works
Examples
Reviews
Blog
Homework Answers
Submit
Sign in
How it works
Examples
Reviews
Homework answers
Blog
Contact us
Submit
Fill in the order form to get the price
Subject
Select Subject
Programming & Computer Science
Math
Engineering
Economics
Physics
Other
Category
Mechanics | Relativity
Electricity and Magnetism
Quantum Mechanics
Molecular Physics | Thermodynamics
Solid State Physics
Atomic and Nuclear Physics
Field Theory
Plasma Physics
Other
Deadline
Timezone:
Title
*
Task
*
{"ops":[{"insert":"A physical pendulum is composed by a thin uniform rod of mass Me and length, and by a uniform sphere of mass MyaM, and radius R-BL, whose centre coincides with the centre-of-mass of the rod. The pendulum suspension point is at the upper end of the rod. (a) Find the value of the coefficient such that the frequency of small oscillations of the pendulum becomes independent of the mass ratio a. (b) Assume that the pendulum is initially at rest, with the rod axls along the vertically) axis. A bullet with mass m and velocity v traveling along the x direction strikes the pendulum at the lower end of the rod. Assume that the collision is elastic and that mecMe My so that the bullet velocity immediately after the collision can be approximated by V. Find an expression for the angular velocity of the pendulum Immediately after the collision. \n"}]}
I need basic explanations
Special Requirements
Upload files (if required)
Drop files here to upload
Add files...
Account info
Already have an account?
Create an account
Name
*
E-mail
*
Password
*
The password must be at least 6 characters.
I agree with
terms & conditions
Create account & Place an order
Please fix the following input errors:
dummy
