Tentative Lecture Schedule
This tentative lecture schedule is intended to indicate the approximate schedule of topics to be coverd during this fall, and contains very important information which are:
| Day | Lecture Topics | Assignment | Handout and Solution |
|---|---|---|---|
| Aug 27 | Lecture#1 Chap.1. Introduction to Measurement
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H.W#1 Page:13-15
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Lecture#1 is Posted here |
| Auge. 29 | Lecture#2 Chap.2 Kinematics in one Dimension;
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Lecture#2 is Posted here |
| Aug 31 | Lecture#3
Chap.2 continue
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HW#2 Page:38-44
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Lecture#3 is Posted here HW#1 solution is Posted here |
| Sept. 5 |
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Test#1 solution is Posted here |
| Sept.7 | Lecture#4 Chp.3 Kinematics of two dimension.
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Lecture#4 is Posted here |
| Sept.10 | Lecture#5 Chap.3 continue.
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Lecture#5 is Posted here |
Sept.12 | Lecture#6 Chap.3 continue.
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HW#3 Page:69-76
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Lecture#6 is Posted here |
Sept.14 | Lecture#7
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Chap.1 and 2 Summary is Posted here |
| Sept. 17 |
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Test#2 solution is Posted here The solution of HW#3 is Posted here |
| Sept 19 | Lecture#8 Chap.4 Newton's law of Motion.
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Lecture#8 is Posted here |
| Sept.21 | Lecture#9 Chapt.4 continu.
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Lecture#9 is Posted here |
| Sept.24 | Lecture#10
Chap.4 continue
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HW#4 Page:97-105
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Lecture#10 is Posted here |
Sept.26 | Lecture#11 Chapter5 Futher Application of Newton's Laws.
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HW#5 Page:124-135
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Lecture#11 is Posted here |
Sept.28 | Lecture#7
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Chap. 4 and 5 Summary is Posted here HW#4 solution is Posted here |
| Oct.1 |
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Test#3 solution is Posted here HW#5 solution is Posted here |
| OCT 2 | Lecture#12 Chap.6 Newton's law of Universal gravitation.
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Lecture#12 is Posted here |
| OCT.5 | Lecture#13
Chp.6 continue
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Lecture#13 is Posted here |
Oct. 10 | Lecture#14 Chapter6 continu.
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HW#6 Page:150-154
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Lecture#14 is Posted here |
| Oct.15 | Lecture#15 Capter7 Work and Energy
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Lecture#15 is Posted here |
| Oct.17 | Lecture#16
Chp.7 continue
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HW#7 Page: 171-175
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Lecture#16 is Posted here Solution of HW#5 is Posted here |
| Oct.19 | Lecture#17 Chap. 8 Conservation of Energy
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| Oct.22 | Lecture#18 Chap.8 continu
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Lecture#18 is Posted here Solution of H.W7 is Posted here |
| Oct.24 | Lecture#19
Chp.8 continue
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HW#8 Page:199-205
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Lecture#18 is Posted here |
OCt.26 | Lecture#20
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summary of chap. 6, 7 and 8 is Posted here HW#8 solution is Posted here |
| Oct.29 |
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MID TERM Solution is Posted here |
| Oct.31 | Lecture#21 Chap.9 Linear Momentum and Collisions
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Lecture#21 is Posted here |
| Nove.2 | Lecture#22 Chap.9 continue
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Lecture#22 is Posted here |
| Nove. 5 | Lecture#23
Chap.9 continue
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HW#9 Page:230-235
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Lecture#23 is Posted here |
Nove.7 | Lecture#24
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Chap. 9 summary is Posted here HW#9 solution is Posted here |
| Nove.9 |
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Test#4 solution is Posted here |
| Nove. 12 | Lecture#25 Capter10. Rotation motion about a fixed axis
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Lecture#25 is Posted here |
| Nove.14 | Lecture#26 Capter10 continue
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Lecture#26 is Posted here |
| Nove.16 | Lecture#27 Chap.9 continue
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Lecture#27 is Posted here |
| Nove. 19 | Lecture#28
Chp.10 continue
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HW#10 Page: 270-275
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Lecture#28 is Posted here |
Nove.21 | Lecture#29
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Chap. 10 summary is Posted here HW#10 solution is Posted here |
| Nove.26 |
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Test#5 solution is Posted here |
| Nove.28 | Lecture#30 Chap.10 Genera Rotation
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Lecture#30 is Posted here |
| Nove. 30 | Lecture#31
Chap.11 continue
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HW#11 Page:295-299
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Lecture#31 is Posted here |
Dec.3 | Lecture#32
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Chap. 1 to 4 summery is Posted here |
Dec.5 | Lecture#32
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Chap 5 to 8 summery is Posted here HW#11 solution is Posted here |
Dec.7 | Lecture#34
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Chap. 9 to 11 summery is Posted here |
Dec.10 | Lecture#35
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take home exam solution is Posted here |
Dec.19 | Final Grade |
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Your final grade based on your ID number is Posted here |