Dynamics — Lectures
40 handbook sections · 307 formulas. Each lecture teaches the formulas, then shows the four ways the exam asks about them.
Common Nomenclature
14 eq
Particle Kinematics
5 eq
Cartesian Coordinates
5 eq
Radial and Transverse Components for Planar Motion
10 eq
Particle Rectilinear Motion
7 eq
Particle Curvilinear Motion
7 eq
Translating Axes x-y
4 eq
Plane Circular Motion
13 eq
Normal and Tangential Components
3 eq
Constant Acceleration
23 eq
Projectile Motion
7 eq
Non-constant Acceleration
4 eq
Concept of Weight
4 eq
Newton's second law for a particle is
13 eq
Normal and Tangential Kinetics for Planar Problems
2 eq
Principle of Work and Energy
3 eq
Kinetic Energy
2 eq
Potential Energy
1 eq
Potential Energy in Gravity Field
2 eq
Elastic Potential Energy
3 eq
Work U is defined as
6 eq
Power and Efficiency
1 eq
Linear Momentum
3 eq
Angular Momentum or Moment of Momentum
4 eq
Impact
15 eq
Friction
6 eq
Rigid Body Rotation
4 eq
Instantaneous Center of Rotation (Instant Centers)
3 eq
Kinetics of a Rigid Body
4 eq
Mass Moment of Inertia
3 eq
Equations of Motion
3 eq
Mass Moment of Inertia
3 eq
Parallel-Axis Theorem
5 eq
Mass Radius of Gyration
5 eq
Rigid Body Motion About a Fixed Axis
14 eq
Kinetic Energy
3 eq
Principle of Angular Impulse and Momentum
4 eq
Free and Forced Vibration
21 eq
Torsional Vibration
8 eq
G is given by
60 eq