Dates |
Lecture #
|
Topic
|
Jan 21 |
Lecture 1
|
Course Orientation. Motion in One Dimension
|
23 |
Lecture 2
|
Motion in One Dimension
|
28 |
Lecture 3
|
Vectors
|
30 |
Lecture 4
|
Motion in Two Dimensions
|
Feb 4 |
Lecture 5
|
Newton's 1st and 2nd Laws of Motion
|
Feb 6 |
Lecture 6
|
Newton's Third Law of Motion
|
11 |
Lecture 7
|
Friction
|
13 |
Lecture 8
|
Circular Dynamics
|
18 |
Lecture 9
|
Problem Solving Review for Test 1
|
20 |
Lecture 10
|
Work
|
25 |
Lecture 11
|
Potential Energy
|
27 |
Lecture 12
|
Energy Methods
|
Mar3 |
Lecture 13
|
Universal Gravitation
|
5 |
Lecture 14
|
Gravitational Potential Energy
|
10 |
Lecture 15
|
Static Fluids
|
12 |
Lecture 16
|
Spring Recess - No class
|
17 |
Lecture 17
|
Linear Momentum
|
19 |
Lecture 18
|
Linear Momentum and Energy
|
30 |
Lecture 19
|
Problem Solving Review for Test 2
|
2 |
Lecture 20
|
Rotational Motion and Energetics
|
Apr 7 |
Lecture 21
|
Torque
|
9 |
Lecture 22
|
Static Equilibrium
|
14 |
Lecture 23
|
Angular Momentum
|
16 |
Lecture 24
|
Periodic Motion
|
21 |
Lecture 25
|
Problem Solving Review for Test 3
|
23 |
Lecture 26
|
Wave Motion
|
28 |
Lecture 27
|
Interference Phenomena
|
30 |
Lecture 28
|
Heat Energy and Transport
|
5 |
Lecture 29
|
First Law of Thermodynamics
|
May 7 |
Lecture 30
|
Second Law of Thermodynamics
|