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 W ork 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