Chapter 1:
Introduction
animations, units, measurement, dragging,
and getting data in and out |
Chapter 2:
1-D Kinematics
position, displacement, average and instantaneous
velocity (speed), acceleration,
and
constant acceleration (gravity)
|
Chapter 3:
2-D Kinematics
vectors (decomposition and addition), inclined plane, two-dimensional
kinematics, projectile motion, and
uniform circular motion |
Chapter 4:
Newton's Laws
Newton's laws and
forces (weight, normal force, and tension) |
Chapter 5:
Newton's Laws 2
Newton's second law, forces (static and kinetic
friction, air resistance, springs), and
uniform circular motion |
Chapter 6:
Work
work, kinetic energy, dot products, constant
forces,
and variable forces
|
Chapter 7:
Energy
kinetic energy, potential energy, conservative and
non-conservative forces, external forces, and
collisions |
Chapter 8:
Momentum
momentum, impulse, conservation of momentum, one
dimensional and two-dimensional
collisions, and center of
mass |
Chapter 9:
Reference Frames
relative motion, inertial reference frames,
zero-momentum frame, and
center of mass |
Chapter 10:
Rotations about a Fixed Axis
linear and angular kinematics, fixed axis
rotations, torque, energy, and
angular momentum |
Chapter 11:
General Rotations
cross products, rolling motion, angular momentum
of a particle, torque and angular momentum, and
conservation of angular momentum |
Chapter 12:
Gravitation
universal gravitation, Kepler's laws, planetary
orbits, and planetary
reference frames |
Chapter 13:
Statics
equilibrium (stacking bricks, diving board, etc.) center
of mass, and center of gravity |
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