Analytical Mechanics |
Contents
FUNDAMENTAL CONCEPTS VECTORS | 1 |
OF A PARTICLE | 44 |
OSCILLATIONS | 70 |
Copyright | |
15 other sections not shown
Common terms and phrases
acceleration air resistance amplitude angle angular momentum angular velocity axis of rotation calculate center of mass circular orbit coefficient collision components conservative constant coordinate system cos² cylinder damping defined derivative differential equation direction displacement distance dot product earth elliptical equal equation of motion equilibrium position example expression force acting force F frequency given harmonic oscillator Hence horizontal inertia integral inverse-square inverse-square law kinetic energy Lagrangian m₁ ma² magnitude matrix moment of inertia Newton's obtain particle moves particle of mass path period potential energy potential energy function precession principal axes problem projectile quadratic radial radius result rigid body scalar Show shown in Figure simple pendulum sin² solution solve speed spherical surface tion torque total energy uniform unit vector vanish velocity vector vertical wheel xy plane z-axis zero