12.65 part 2(Numerical Solution for t)
Describing 2 D motion in Cartesian Coordinates
example 1, 2 D motion in Cartesian Coordinates
example 2, 2 D motion in Cartesian Coordinates
Relative velocity and acceleration example
Newtons Second Law
Below are examples of Newtons second law in cylindrical coordinates
Newton 2 cylindrical example 1
The Work Energy Theorem
Work defined in terms of vectors
How to find work in a 2-d problem
Momentum and Impact
Introduction to Momentum and Impulse
How to draw impulse/momentum diagrams
How to write momentum conservation equations is 2-d
How to write momentum equations in tangential and normal directions
Rotational Motion about an axis
Introduction to angular velocity and angular acceleration
Angular Velocity and Acceleration
Calculating velocity and tangential acceleration due to rotation
Relative Motion
Instantaneous Center of Rotation
Finding velocity and acceleration of a point moving on a body
Moment of Inertia
Example 1 calculating moment of inertia
Example 2 calculating moment of inertia
Calculating area moment of inertia by integration
Newtons Second Law for Rotation
Intro to Newtons Second Law for rotation
Newtons Second Law for rotation ex 1
Planar Motion
Newtons Second Law for plane motion
How to write Newton Second Law equations for a rigid body
ex 1 Newton Second Law for planar motion
ex 2 Newton Second Law for planar motion
ex 3 Newton Second Law for planar motion
Work and energy for rigid bodies with planar motion
example of work energy with rotation
example 2 of work energy with rotation
Angular Momentum
Introduction to angular momentum
Angular momentum of a rotating body
Intro to Vibrations
How to solve a second order homogeneous differential equations
ex 1 of solving a second order DIFF EQ
Introduction to Mechanical Vibrations
Introduction to Mechanical Vibrations part II
frequency of a simple pendulum