PHYS 1425 Syllabus - Fall 2012
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1 |
Introduction, measurement, estimation | ||
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2 |
2(1-5) |
One-dimensional motion |
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3 |
2(6-9) |
One-dimension motion |
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4 |
3(1-6) |
Vectors |
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5 |
3(7-9) |
Projectile motion |
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6 |
4(1-5) |
Newton's laws of motion |
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7 |
4(6-8) |
Weight, tension, free body diagrams |
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8 |
5(1) |
Friction |
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9 |
5(2-4) |
Circular motion |
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10 |
5(5-6),6(1-2) |
More complicated motion, gravitation |
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11 |
6(3-5) |
Special gravitational applications, Kepler's law |
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12 |
6(5-8) |
Kepler's law,gravitational fields, review, catchup |
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13 |
Exam I, Chs. 1-5 |
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14 |
7(1-3) |
Work |
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15 |
7(3-4) |
Work, work-energy principle |
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16 |
8(1-4) |
Conservative and non-conservative forces, potential and mechanical energy |
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17 |
8(5-9) |
Conservation of energy |
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18 |
9(1-5) |
Linear momentum, collisions | ||
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19 |
9(6-10) |
Collisions, center of mass, rockets |
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20 |
10(1-3) |
Rotational motion | ||
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21 |
10(4-7) |
Torque, rotational dynamics |
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22 |
10(8-10) |
Rotational kinetic energy | ||
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23 |
11(1-3) |
Angular momentum |
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24 |
11(3-6) |
Angular momentum and torque for rigid objects and system of particles |
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25 |
11(6-9) |
Conservation of angular momentum, tops, gyroscopes, rotating frames |
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26 |
12 |
Statics |
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27 |
Catchup, revise syllabus, review?? |
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| 28 | Exam II, Chs. 6-11 |
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| 29 | 13(1-7) |
Fluids |
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| 30 | 13(8-14) |
Bernoulli equation, applications |
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| 31 | 14(1-4) |
Simple harmonic motion |
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| 32 | 14(5-8) |
Pendulum, damped and forced harmonic motion |
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| 33 | 17(1-5) |
Temperature |
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| 34 | 17(6-10) |
Ideal gas law |
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| 35 | 18(1-4) |
Kinetic theory of gases |
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| 36 | 18(5-7), 19(1-3) |
Van der Waals, heat |
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| 37 | 19(4-7) |
Specific and latent heat, first law of thermodynamics |
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| 38 | 19(8-10) |
Heat transfer |
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| 39 | 20(1-4) |
Second law of thermodynamics | ||
| 40 | Exam III, Chs. 12-14, 17-19 ?? |
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| 41 | 20(5-8) |
Entropy |
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| 42 | 20(9-11) |
Statistical interpretation, thermal pollution, course review |