Embedded Files
Reading responses
Sections listed are from Serway/Vuille 10th edition. If using a different edition compare with the 10th's table of contents..
Sections 2.1-2.4
Sections 2.5-2.6
Sections 3.1-3.3
Section 3.4
Sections 4.1-4.4
Sections 4.5-4.6
Sections 5.1-5.2
Sections 5.3-5.4
Sections 5.5-5.6
Sections 6.1-6.2
Sections 6.3-6.4
Sections 7.1-7.3
Section 7.4
Sections 7.5-7.6
Sections 8.1-8.3
Section 8.4
Sections 8.5-8.6
Section 8.7
Solutions and reference items
Office hours MWF 3-4PM, Tu 12:30-2:30PM.
Tutoring is available Sunday-Thursday 8-9:30PM in Crounse 102 (Library basement) starting 9/9.
Chapter 2 kinematics worksheet solutions
Chapters 1 and 2 worksheet solutions
Course syllabus
Spring term academic calendar
Spring term final exam schedule
Daily action items by date
All reading assignment posts are due by 11:59PM on the date they are assigned.
——- Week 2 items below (8/30 - 9/4) ——-
8/30 (Weekend):
• Read 2.5-2.8 (and post, as always)
• Begin the Ch 2 sec 1-4 Quest homework. I will not remind you of this in the future. You should keep an eye on the due dates on Quest.
8/31 (Mon):
• Finish 2.1-2.4
• Begin 2.5-2.8
9/1 (Tues):
• Read 3.1-3.3
9/2 (Wed):
• Finish 2.5-2.8
• Begin 3.1-3.3
9/4 (Fri):
• Quiz on Ch.2 sec. 1-4
• Cover 3.1-3.3
——- Week 1 items below (8/26-8/28) ——-
8/26 (Wed):
• First class meeting; begin Ch 1.
• Obtain a UT EID, and then join our Quest homework course by following this link. See instructions on the syllabus.
8/27 (Thurs):
• Read Chapter 1.1-1.5 and 2.1-2.4, and post responses via link at the left. There is not required post on chapter 1, but you should let me know if you need help with these items.
• Watch the associated videos below (optional)
• Start the Chapter 2 homework on Quest (due date on Quest)
8/26 (Fri):
• Finish 1, Begin 2.1-2.4.
——————————–
These are approximate redacted slides from class meetings during a previous term, in case you want to annotate them. We used a different textbook that term, so the overlap is not perfect, but we will cover most of the same examples in class this term.
• Chapters 1-2 slides
• Chapter 3 slides
• Chapter 4 slides
• Chapter 5 slides
• Chapter 6 slides
• Chapter 7 slides
• Chapter 7-8 slides
For the future: These are help videos for the homework that were created during the spring 2020 pandemic start term. Again, we used a different book, but the Quest problems will be mostly the same, and the chapters listed refer to our cuurent text. They are not the complete list of chapters, but only what was needed to get through that term. If you find them helpful, feel free to use them.
Help comments on Chapter 5 homework problems, part 1
Help comments on Chapter 5 homework problems, part 2
Help comments on Chapter 5 homework problems, power
Help comments on Chapter 6 homework problems
Help comments on Chapter 7 homework problems, part 2
Help comments on Chapter 7&8 homework problems
Help comments on Chapter 8 homework problems
These are videos created during the pandemic that pretty much duplicate what we will cover in class. We used a different text that term, but the chapters refer to our current text.
Video: Chapter 1 part 1
Video: Chapter 1 part 2
Video: Chapter 2 part 1 – Velocity
Video: Chapter 2 part 2 – Velocity 2
Video: Chapter 2 part 3 – Velocity 3 and Acceleration
Video: Chapter 2 part 4 – Acceleration 2
Video: Chapter 2 part 5 – Kinematics
Video: Chapter 2 part 6 – Free fall
Video: Chapter 2 part 7 – Free fall 2
Video: Chapter 3 part 1 – Right triangles
Video: Chapter 3 part 2 – Vectors
Video: Chapter 3 part 3 – Vectors 2
Video: Chapter 3 part 4 – Vector operations
Video: Chapter 3 part 5 – Vector operations 2
Video: Chapter 3 part 6 – Velocity and acceleration
Video: Chapter 3 part 7 – Velocity and acceleration 2
Video: Chapter 3 part 8 – Projectile motion
Video: Chapter 3 part 9 – Projectile motion 2
Video: Chapter 4 part 1 – Newton Laws 1 and 2
Video: Chapter 4 part 2 – Newton Law 3 and 1D problems
Video: Chapter 4 part 3 – Frictionless incline
Video: Chapter 4 part 4 – Strings
Video: Chapter 4 part 5 – Pulleys
Video: Chapter 4 part 6 – Pulleys 2
Video: Chapter 4 part 7 – Friction
Video: Ch. 5 (Part 1) Work 1
Video: Ch. 5 (Part 2) Work 2
Video: Ch. 5 (Part 3) Work 3
Video: Ch. 5 (Part 4) Net work
Video: Ch. 5 (Part 5) Work-KE theorem 1
Video: Ch. 5 (Part 6) Work-KE theorem 2
Video: Ch. 5 (Part 7) Work-KE theorem 3
Video: Ch. 5 (Part 8) Potential energy 1
Video: Ch. 5 (Part 9) Potential energy 2
Video: Ch. 5 (Part 10) Potential energy 3
Video: Ch. 5 (Part 11) Potential energy 4
Video: Ch. 5 (Part 12) Potential energy 5
Video: Ch. 5 (Part 13) Potential energy 6
Video: Ch. 5 (Part 14) Conservative forces 1
Video: Ch. 5 (Part 15) Conservative forces 2
Video: Ch. 5 (Part 16) Power 1
Video: Ch. 5 (Part 17) Power 2
Video: Ch. 6 (Part 1) Impulse-momentum 1
Video: Ch. 6 (Part 2) Impulse-momentum 2
Video: Ch. 6 (Part 3) Impulse-momentum 3
Video: Ch. 6 (Part 4) Impulse-momentum 4
Video: Ch. 6 (Part 5) Momentum cons. 1
Video: Ch. 6 (Part 6) Momentum cons. 2
Video: Ch. 6 (Part 7) momentum cons. 3
Video: Ch. 6 (Part 8) momentum cons. 4
Video: Ch. 6 (Part 9) momentum cons. 5
Video: Ch. 7a (Part 1) Rotations/angles 1
Video: Ch. 7a (Part 2) Rotations/angles 2
Video: Ch. 7a (Part 3) Rotations/angles 3
Video: Chapter 7b part 1 – Uniform circular motion
Video: Chapter 7b part 2 – Conical pendulum
Video: Chapter 7b part 3 – Ferris wheel
Video: Chapter 7b part 4 – Loop the loop
Video: Chapter 7b part 5 – History of the universe
Video: Chapter 7b part 6 – Newton’s gravity
Video: Chapter 7b part 7 – Cavendish and G
Video: Chapter 7b part 8 – Orbits
Video: Ch. 8 (Part 1) Torque 1
Video: Ch. 8 (Part 2) Torque 2
Video: Ch. 8 (Part 3) Torque = I * alpha
Video: Ch. 8 (Part 4) Torque = I * alpha & energy 1
Video: Ch. 8 (Part 5) Rotational energy 2
Video: Ch. 8 (Part 6) Rotational energy 3
Video: Ch. 8 (Part 7) Equilibrium
Video: Ch. 8 (Part 8) Equilibrium
Google Sites
Report abuse