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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.
Most homework must be submitted to the
MasteringPhysics
(Course ID MPJENSEN0023) 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. Some homework must be submitted in class. You may appeal your grade on
computer submitted homework
by submitting written solutions during 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 |
30
Lecture: Current and ConductivityRead: 28 (all),
Syllabus |
31
Lab:
Introduction to
Electronics, Lab
Instructions, Sample Lab |
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| 1 |
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1
Lecture: Current and Conductivity |
2
Lecture: Current and Conductivity
MasteringPhysics:
Current and
Conductivity,
Introduction to MasteringPhysics
Lab:
Introduction to
Electronics, Lab
Instructions, Sample Lab
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3
Lecture: The Electric PotentialRead: 29.1 to 29.4
Textbook Homework: 28.3, 28.7, 28.15, 28.27, 28.37
Submit on paper in class: 28.55 (For 55a, compare your result
to a stereotypical drift speed of 10-4 m/s. For 55b, there is a
defensible approach that obtains an answer about twice that of
the text.)
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| 2 |
6
Lecture: The Electric PotentialRead: 29.5 to 29.7
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7
Lab: Ohm's Law |
8
Lecture: The Electric Potential
Quiz: Current and Conductivity
MasteringPhysics: The
Electric Potential |
9
Lecture: Potential and FieldRead: 30.1 to 30.4
Textbook Homework: 29.6, 29.15, 29.20, 29.25, 29.30
Lab: Ohm's Law
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10
Lecture: Potential and FieldRead: 30.5 to 30.7 |
| 3 |
13
Lecture: Potential and Field
Quiz: The Electric Potential
MasteringPhysics:
Potential and Fields |
14
Lab: Temperature Dependence of Resistivity |
15
Lecture: Fundamentals of CircuitsRead:
31.1 to 31.5 Textbook Homework: 30.19, 30.21, 30.64 Submit on paper in
class: 30.38, 30.40, 30.46 |
16
Lecture: Fundamentals of CircuitsRead:
31.6 to 31.10 Lab: Temperature Dependence of Resistivity |
17
Lecture: Fundamentals of Circuits
Quiz: Potential and Field |
| 4 |
20
Lecture: Fundamentals of Circuits
MasteringPhysics:
Fundamentals of Circuits |
21
Lab: RC Circuits,
Creative Lab description due
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22
Sick
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23
Lecture: The Magnetic FieldRead: 32.1 to 32.6
Textbook Homework: 31.2, 31.17, 31.30, 31.40, 31.44
Submit on paper in class: 31.8, Given a 9 V battery with internal
resistance of 1 ohm hooked to a single resistor of variable
resistance, calculate and graph the current, voltage, and power
for the variable resistor over the range 0 to 5 ohms.
Lab:
RC Circuits,
Creative Lab description due
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24
Lecture: The Magnetic FieldRead: 32.7 to 32.10 |
| 5 |
27
Lecture: The Magnetic Field
Quizzes: Fundamentals of Circuits, Potential and Field retake |
28
Lab: Generators,
Creative Lab list of needed
equipment due |
29
Lecture: The Magnetic Field
MasteringPhysics: The
Magnetic Field |
30
Lecture: Electromagnetic InductionRead: 33.1 to 33.5
Textbook Homework: 32.14, 32.16, 32.25, 32.31, 32.39
Lab:
Generators,
Creative Lab list of needed
equipment due |
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| Week |
Monday |
Tuesday |
Wednesday |
Thursday |
Friday |
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5 |
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 |
1
Lecture: Electromagnetic InductionRead: 33.6 to
33.10 |
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6 |
4
Lecture: Electromagnetic Induction
MasteringPhysics:
Electromagnetic Induction
Quiz: The Magnetic Field |
5
Lab:
Index of Refraction |
6
Lecture: Electromagnetic Fields and WavesRead: 34.1 to 34.4
Textbook Homework: 33.8, 33.14, 33.31, 33.43, 33.67
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7
Lecture: Electromagnetic Fields and WavesRead: 34.5 to 34.8 Lab:
Index of Refraction |
8
Lecture: Electromagnetic Fields and Waves
Quiz: Electromagnetic Induction |
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7 |
11
Lecture: Electromagnetic Fields and Waves, AC CircuitsMasteringPhysics:
Electromagnetic Fields and Waves |
12
Lab: Lens Equation |
13
Lecture: AC CircuitsRead: 35.1 to 35.5 Textbook Homework:
34.3, 34.29, 34.35, 34.37, 34.50
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14
Lecture: AC CircuitsRead: 35.6
Lab: Lens Equation |
15
Lecture: AC Circuits
MasteringPhysics:
AC Circuits
Quiz: Electromagnetic Fields |
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8 |
18
Lecture: Wave OpticsRead: 22.1 to 22.4 Textbook Homework:
35.37, 35.52
Submit on paper in class for 2 points: Given figure 35.50
with the values as shown, (a) Calculate the resonant
frequency in rad/s. (b) Calculate VR,
Vc, VL,
VRL, and VLC
at this frequency. (c) Redo part b for double and half the
resonant frequency. |
19
Lab: Creative Lab |
20
Lecture: Wave OpticsRead: 22.5, 22.6 Quiz: AC Circuits
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21
Lecture: Wave Optics
MasteringPhysics:
Wave Optics
Lab: Creative Lab |
22
Lecture: Ray OpticsRead: 23.1 to 23.4 Textbook
Homework: 22.11, 22.35, 22.51 |
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9 |
25
Memorial Day |
26
Lab: Single-Slit
Diffraction |
27
Lecture: Ray OpticsRead: 23.5 to 23.7 Quiz: Wave Optics
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28
Lecture: Ray Optics
MasteringPhysics:
Ray Optics
Lab: Single-Slit
Diffraction |
29
Lecture: RelativityRead: 36.1 to 36.7
Creative lab rough draft due
in class (required) |
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| Week |
Monday |
Tuesday |
Wednesday |
Thursday |
Friday |
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10 |
1
Lecture: RelativitySubmit on paper in class: 23.26 and 23.28.
Use both ray tracing and formulas to calculate image distance
and magnification.
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2
Lab: Bridge Building Competition in building 34 9:30-10:30,
Creative lab editing in 8-221
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3
Lecture: Relativity
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4
Lecture: Review
Quiz: Ray Optics
MasteringPhysics:
Relativity
Lab: Creative lab editing
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5
Lecture: Review
Creative lab final draft due
in class |
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Finals |
8 |
9
Comprehensive Final Exam, 8-9:50 am |
10
Beverage and awards ceremony 4 pm at
Boon's Treasury |
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