Instructional Web Page for Andrew Tomasch
Physics 125 Winter 2008
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I'm Dr. Andrew Tomasch. |
Click Here for a copy of my academic CV
Throughout the semester I will post notes and other items intended to supplement your course work on this site. Please contact me with any problems or questions: atomasch@umich.edu
Andrew Tomasch
Lecturer
Discussion Section Instructor
2405 Randall Lab
(734)-936-2959
atomasch@umich.edu
Physics 125 Discussion Sections 006, 007, 008
Physics 240 students looking for my electricity and magnetism notes and practice exams can click here.
Here is my schedule for the winter 2008 semester.
Office Hours
2:00 pm - 3:00 pm Tuesday and Thursday in the Physics Help Room. On exam Thursdays I will extend my office hours to 1:00-4:00 pm in the Physics Help Room
Our discussion sections will run on the following timeline, where we first discuss the current material and then work problems in groups. The last ten minutes of class are devoted to presentations. Each class, four chosen groups will present their problem at the blackboard, so everybody will see the solutions for all the problems.
Here is a link to the Physics Help Room, located in 1416 Randall Laboratory. Help is available from 9:00 am to 6:00 pm Monday, Tuesday and Thursday, from 9:00 am to 4:00 pm Wednesday and from 9:00 am to 5:00 pm Friday. I hold my office hours in the Help Room on Tuesday and Thursday from 1:00 pm to 3:00 pm. The help room is an excellent resource to help you complete your assignments and become proficient at solving physics problems.
Announcements
The Tau Beta Pi engineering society is hosting tutoring sessions at multiple campus locations on Wednesday evenings. Here is a link to their announcement flier.
Final Exam Review Session
I will hold a review session for our Final Exam on the afternoon of Wednesday April 16 from 2:00-4:00 pm in room 296 Dennison. Bring any and all problems you would like to work in preparation for your final exam!
Exam Week Office Hours
I will hold regular office hours from 2:00-3:00 (or whenever we finish) on Tuesday April 15. I'll hold extended office hours on Thursday April 16 from 1:00-4:00 pm. Bring any and all problems you would like to work in preparation for your final exam!
Special Events
Saturday Morning Physics
Each semester the Department of Physics sponsors a series of public lectures on topics in physics for the general public. I spoke on October 21 and October 28 2006. The topic was "The Physics and Engineering of Model Rockets, Model Airplanes and Flying Toys". Here is a copy of the poster for last semester, and you can click here to keep up to date on the lecture series each semester. Finally, here's a direct link to my talks, archived online. You can see both the slides and video for both talks. You will need RealPlayer to view them.
Discussion Notes
Here is a series of special notes relevant to our in-class class discussions:
Discussion Note #2: Mathematical Tools
Discussion Note #3: Vector Notation
Discussion Note #5: Displacement, Velocity and Acceleration
Discussion Note #6: Displacement, Velocity and Acceleration (Blackboard)
Discussion Note #7: 1 Dimensional Kinematics
Discussion Note #8: One Dimensional Kinematics (Blackboard)
Discussion Note #9: Projectile Motion
Discussion Note #10: Calculating the Ground Track of an Airplane
Discussion Note #11: Gravitation
Discussion Note #12: Inclined Plane-Pulley and Two Masses
Discussion Note #13: Centripetal Acceleration
Discussion Note #14: A Car Rounding a Flat Curve
Discussion Note #15: Centripetal Force Problems
Discussion Note #16: Work and Energy
Discussion Note #17: Work and Energy II
Discussion Note #18: Conservative and Frictional Forces
Discussion Note #19: Impulse and Momentum
Discussion Note #20: Impulse and Momentum II
Discussion Note #21: Satellites
Discussion Note#22: Angular Variables as Vectors-Torques
Discussion Note #23: Newton's Second Law for Rotational Motion
Discussion Note #24: Angular Momentum, Roataional Impulse and Work
Discussion Note #25: Springs, Simple Harmonic Motion and Elastic Potential Energy
Discussion Note #26 : Example 9-13--Rolling Cylinders Down a Hill
Discussion Note #27: The Simple Pendulum and the Physical Pendulum
Discussion Note #28: Hydrostatics and Buoyancy
Discussion Note #29: Traveling Waves
Discussion Note #30: Wave Superposition and Interference
Problem Solutions
I will occasionally post my own solutions for problems which generate a lot of questions during our discussion classes.
Last Updated 05-30-08