1

Sep. 2

R

1.1-1.7, 2.1-2.2

Introduction, one dimension motion

2

Sept. 7

T

2.3-2.7

One-dimensional kinematics

3

Sept. 9

R

3.1-3.6, 4.1-4.3

Vectors, two dimensional motion

4

Sept. 14

T

4.4-4.5, 5.1-5.3

Projectiles, Newton's laws

5

Sept. 15

R

5.4-5.7

Forces

6

Sept. 21

T

6.1-6.2

Friction, springs

7

Sept. 23

R

6.3-6.5

Equilibrium, uniform circular motion

8

Sept. 28

T

7.1-7.4, 8.1

Work and energy

9

Sept. 30

R

8.2-8.5

Potential energy

10

Oct. 5

T

TEST 1

Chapters 1-6

11

Oct. 7

R

9.1-9.7

Linear momentum and collisions

Oct. 12

T

No class, reading day

12

Oct. 14

R

9.8,10.1-10.6

Rotational kinematics

13

Oct. 19

T

11.1-11.4

Torque

14

Oct. 21

R

11.5-11.9

Angular momentum

15

Oct. 26

T

12.1-12.6

Gravity

16

Oct. 28

R

13.1-13.8

Oscillations

17

Nov. 2

T

TEST 2

Chapters 7-11

18

Nov. 4

R

14.1-14.4

Waves and Sound

19

Nov. 9

T

14.5-14.9

Doppler, interference, beats

20

Nov. 11

R

15.1-15.5

Fluids

21

Nov. 16

T

15.5-15.9

Fluid flow, Bernoulli

22

Nov. 18

R

16.1-16.4

Heat and temperature

23

Nov. 23

T

16.5-16.6, 17.1

Specific heat, thermal transfer, gases

Nov. 25

R

No class, Thanksgiving

24

Nov. 30

T

17.2-17.6

Kinetic theory, phases

25

Dec. 2

R

Test 3

Chapters 12-16

26

Dec. 7

T

18.1-18.5

Laws of thermodynamics

28

Dec. 9

R

18.6-18.10

Heat engines