Lecture
1 |
Sep
7 |
Units,
dimensions, measurements. |
|
Lecture 2 |
Sep
8 |
Position,
velocity, acceleration. Motion in 1D. |
|
Lecture
3 |
Sep
9 |
Motion
in 1D. Freefall. Vector addition and subtraction. |
|
Lecture
4 |
Sep
12 |
Decomposition
of vectors. Decomposition of motion in 2D and 3D. |
|
Lecture
5 |
Sep
14 |
Motion
in 2D. Projectile motion. |
|
Lecture
6 |
Sep
15 |
Projectile
motion. |
|
Lecture
7 |
Sep
16 |
Practice
problems. Multiplication of vectors. |
|
Lecture
8 |
Sep
19 |
Circular
motion. |
|
Lecture
9 |
Sep
21 |
Angular
variables. Problems. |
|
Lecture
10 |
Sep
22 |
Problems. |
|
Lecture
11 |
Sep
23 |
Force.
Newton's Laws. |
|
Lecture
12 |
Sep
26 |
Weight.
Application of 2nd Newton's law. |
|
Lecture
13 |
Sep
28 |
Components
of the force vector. |
|
Lecture
14 |
Sep
29 |
Friction. |
|
Review |
Sep
30 |
Review
for Midterm 1.. |
|
Midterm
1 |
Oct
5 |
Midterm
1 solutions. |
|
Lecture
17 |
Oct
6 |
Energy.
Work. Conservation of energy. |
|
Lecture
18 |
Oct
7 |
Conservation
of energy. Non-conservative forces: Friction. |
|
Lecture
19 |
Oct
10 |
Energy.
Friction. Problems. |
|
Lecture
20 |
Oct
12 |
Power.
Energy transformations.. |
|
Lecture
21 |
Oct
13 |
Spring
energy. Hooke's law. Pendulum energy. |
|
Lecture
22 |
Oct
14 |
Potential
energy curve. Simple harmonic motion. |
|
Lecture
23 |
Oct
19 |
Energy.
Problems. |
|
Lecture
24 |
Oct
20 |
Momentum.
Conservation of momentum.. |
|
Lecture
25 |
Oct
21 |
Collisions.
Center of mass. |
|
Lecture
26 |
Oct
24 |
Center
of mass. Impulse. |
|
Lecture
27 |
Oct
26 |
Momentum.
Problems. |
|
Lecture
28 |
Oct
27 |
Rotation.
Kinetic energy of rotation. |
|
Lecture
29 |
Oct
28 |
Vectors
in rotational motion. Torque. |
|
Lectures
30-32 |
|
On
blackboard |
|
Lecture
33 |
Nov
9 |
Angular
momentum. Solutions
to Midterm 2 |
|
Lecture
34 |
Nov
10 |
Conservation
of angular momentum. |
|
Lecture
35 |
Nov
13 |
Static
case. Problems. |
|
Lecture
36 |
Nov
16 |
Newton's
law of gravity. Gravitational potential energy. |
|
Lecture
37 |
Nov
17 |
Gravitation.
Kepler's laws. |
|
Lecture
38 |
Nov
18 |
Gravitation.
Problems. |
|
Lecture
39 |
Nov
21 |
Fluids.
Pressure. |
|
Lecture
40 |
Nov
23 |
Pressure.
Problems. |
|
Lecture
41 |
Nov
28 |
Buoyancy.
Archemedes' law. |
|
Lecture
42 |
Nov
30 |
Moving
fluids. Bernoulli equation. |
|
Lecture
43 |
Dec
1 |
Fluids.
Problems. |
|
Lecture
44 |
Dec
2 |
Temperature.
Thermal expansion. Heat. |
|
Lecture
45 |
Dec
5 |
Heat
capacity. Heat of transformation. Radiative heat transfer.
|
|
Lecture
46 |
Dec
7 |
Ideal
gas law. |
|
Lecture
47 |
Dec
8 |
Molecular
approach. Internal energy. |
|
Lecture
48 |
Dec
9 |
First
law of Thermodynamics. Heat capacity of gases. |
|
Lecture
49 |
Dec
12 |
Phase
transformations. |
|