Hello! I have posted a new assignment on MP that is due on Friday. Read Through Chapter 4 ASAP!

For the last problem, take coordinates on the board, The acceleration is g*sin(board angle) vertically and zero horizontally.

I posted solutions for an example relative motion problem and an example projectile motion problem under the D2L Content tab.

A new assignment has been posted on Mastering Physics. Start reading Chapter 5! Have a good weekend.

A new assignment has been posted on Mastering Physics. You have have finished reading Chapter 6! Have a good weekend.

I sent an email to you UWRF account and also posted instructions on D2L on how to make an appoinment on the OutLook calendar.

Don't forget to set up a 5 minute appointment with me. Appointments set by TODAY at 5:00 pm. Appointments take place before noon Oct. 20.

I posted the new Mastering Physics Assignment. Have a good weekend.

I created a dropbox in D2L for your Chapter Reviews. Only one review is needed for each group.

I have posted Exam 2 Topics on the content page in D2L..

Chapter. summmaries are posted in a folder on the content page in D2L. Include the section, i.e, 6.3, in the file name.of your summary.

Article Summaries for Physics 161: Instructions and the schedules are on D2L

I have posted a new Mastering Physics assignment. Don't forget to check you scores on D2L. Have a good weekend.

I have posted a new Mastering Physics assignment. Don't forget to check when your NYT presntation is scheduled. Have a good weekend.

I have posted a new Mastering Physics assignment. Start studying for your exam! Have a good weekend.

I posted exam 3 topics on D2L and sent an email with an invitation to 2 physics events tomorrow.

The new assignment is posted on MP. Have a good weekend.

For the last MP HW, you need to use the absolute pressure=guage pressure + 1.01x10^5 Pa.

The new assignment is posted on MP. Have a good weekend.

The topics for the final are on D2L. I have also changed the due date for the MP HW to Mon. Dec 19, 1 pm. On prb 3, U should be Ethermal.