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Do not print this calendar or download
documents far in advance. I will make changes throughout the
term.
Reading should be done before lecture. Lab
instructions should be printed and brought to lab.
All homework must be submitted to the
MasteringPhysics web site by
11:55 p.m. on the date posted.
Textbook homework (listed by chapter.number) from the
exercises and problems section may have their numbers
randomized. You may appeal your grade on textbook homework
by submitting written solutions the next lecture. I will
post solutions to the textbook homework to the
eLearn web site after the due date. |
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1 |
5
Lecture: Introduction, FluidsRead: 15.1 to 15.4,
syllabus
Concepts: Fluids
Animations:
Balloons and Buoyancy,
Fluids Physlets
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6
Lab:
Archimedes' Principle,
Lab Instructions,
Sample Lab
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7
Lecture: FluidsRead: 15.5
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8
Lecture: Fluids
Lab: Archimedes' Principle,
Lab Instructions,
Sample Lab |
9
Lecture: Fluids
MasteringPhysics:
Introduction to MasteringPhysics (optional),
Fluids
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2 |
12
Lecture: Oscillations
Read: 14.1 to 14.4Textbook Homework:
15.13, 15.43, 15.62, 15.63, 15.73
Animations:
ActivPhysics Vibrations, Masses and Springs, Simple Harmonic Motion Physlets
Songs: Vibration, Hooke and Newton, Simple Harmonic Oscillator Rap |
13
Lab: Hooke's Law |
14
Lecture: Oscillations
Read: 14.5, 14.6
Quiz: Fluids |
15
Lecture: Oscillations
Read: 14.7, 14.8
MasteringPhysics:
Oscillations
Lab: Hooke's Law |
16
Lecture: Oscillations
Textbook Homework: 14.15, 14.19, 14.23, 14.47Bonus
Problem: Design a pendulum with a period of 5.00 s that will
fit in a 1 m3 cube.
It must work in an inertial reference frame on earth. Submit
this separately at any time before finals' week.
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3 |
19
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20
Lab: Pendulum |
21
Lecture: Travelling Waves
Read: 20.1 to 20.3
Quiz: OscillationsAnimations: ActivPhysics Waves, Waves on a String, Sound, Acoustics, Doppler Effect Animation, Wave Physlets, Sound Physlets
Songs: Waves, Normal Modes
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22
Lecture: Travelling Waves
Read: 20.4 to 20.7
Lab: Pendulum
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23
Lecture: Travelling Waves
MasteringPhysics:
Travelling Waves |
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4 |
26
Lecture: Superposition
Read: 21.1 to 21.5, Interference Tip Sheet
Textbook Homework: 20.16, 20.23, 20.35, 20.37, 20.66 |
27
Lab: Standing Sound Waves |
28
Lecture: Superposition
Read: 21.6 to 21.8
Quiz: Travelling Waves |
29
Lecture: Superposition
MasteringPhysics:
Superposition
Lab: Standing Sound Waves |
30
Lecture: A Macroscopic Description of MatterRead:
16.1 to 16.4
Textbook Homework: 21.7, 21.19, 21.21, 21.25
Song: Ice,
Motion,
Animations:
Gas Properties |
| 5 |
2
Lecture: A Macroscopic Description of MatterRead: 16.5, 16.6
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3
Lab: Sound Waves
Sounds for Lab: Fiddle,
Flute,
Singer, Drum |
4
Lecture: A Macroscopic Description of Matter
Quiz: Superposition
MasteringPhysics: A
Macroscopic Description of Matter |
5
Lecture: Work, Heat, and the First Law of
ThermodynamicsRead: 17.1 to 17.4,
Thermodynamic Tip Sheet (note that
the tip sheet uses "e" for efficiency and U for internal energy)
Textbook Homework: 16.6, 16.9, 16.33, 16.40, 16.64
Lab: Sound Waves
Sounds for Lab: Fiddle,
Flute,
Singer, Drum
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6
Lecture: Work, Heat, and the First Law of
ThermodynamicsRead: 17.5 to 17.7
Songs:
Heat, Engines
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| 6 |
9
Lecture: Work, Heat, and the First Law of Thermodynamics
MasteringPhysics:
Work, Heat, and the First Law of ThermodynamicsQuiz: A Macroscopic Description of Matter |
10
Lab: Thermal Conduction |
11
Lecture: The Micro/Macro Connection
Textbook Homework: 17.5, 17.16, 17.21, 17.27, 17.61, 17.65
Read: 18.1 to 18.5
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12
Lecture: The Micro/Macro ConnectionRead: 18.6 Lab: Thermal Conduction |
13
Lecture: The Micro/Macro Connection
Quiz: Work, Heat, and the First Law of Thermodynamics
MasteringPhysics: The
Micro/Macro Connection |
| 7 |
16
Lecture: Heat Engines and RefrigeratorsTextbook Homework:
18.3, 18.10, 18.22, 18.35, 18.41
Read: 19.1 to 19.3 |
17
Lab: Latent Heat |
18
Lecture: Heat Engines and RefrigeratorsQuiz: The
Micro/Macro Connection
Read: 19.4 to 19.6 |
19
Lecture: Heat Engines and Refrigerators
Lab: Latent Heat |
20
Lecture: Heat Engines and Refrigerators
MasteringPhysics:
Heat Engines and Refrigerators |
| 8 |
23
No Class (Erik at a conference)
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24
Lab:
Mechanical Equivalent of Heat |
25
Lecture: Electric Charges and ForcesRead:
25.1 to 25.4 Concepts: Electric Charges,
Forces, and Fields Textbook Homework: 19.16, 19.20, 19.58, 19.60. You will submit
this work on papers by 4 pm. The last two problems are worth double.
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26
Lecture: Electric Charges and ForcesRead: 25.5, 25.6
Animations:
ActivPhysics Electricity,
Balloons and Static Electricity,
Electric Field Hockey,
Electric Field of Dreams,
Electrostatics Physlets,
Gauss's Law Physlets
Lab: Mechanical Equivalent of Heat |
27
Lecture: Electric Charges and Forces
MasteringPhysics:
Electric Charges and Forces
Quiz: Heat Engines and Refrigerators |
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| Week |
Monday |
Tuesday |
Wednesday |
Thursday |
Friday |
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9 |
2
Lecture: The Electric FieldRead: 26.1 to 26.4
Textbook Homework: 25.1, 25.14, 25.27, 25.42, 25.60
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3
Lab: Electric Dipole |
4
Lecture: The Electric FieldRead: 26.5 to 26.7
Quiz: Electric Charges and Forces |
5
Lecture: The Electric Field
MasteringPhysics:
The Electric Field
Lab: Electric Dipole |
6
No Class (Erik at a conference) |
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10 |
9
Lecture: Gauss's Law
Textbook Homework: 26.2, 26.7, 26.13, 26.24, 26.32Read: 27.1 to 27.6 |
10
Lab: Electrostatic Field Mapping |
11
Lecture: Gauss's Law
Quiz: The Electric Field
Student versus Staff Basketball Smackdown
V, 6 pm in building 7. |
12
Lecture: Gauss's Law
MasteringPhysics:
Gauss's Law
Lab: Electrostatic Field Mapping |
13
Lecture: Review |
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Finals' Week |
16 |
17
Comprehensive Final Exam: 8-9:50 a.m. in 8-208 |
18
End of term event TBA |
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