Dr. Phil's Home

What can you do this second week of class?

Registered for Class: Not Yet PHYS-1070

Register for Lab: Not Yet Not Needed PHYS-1080 Waiting List (Check with Physics Dept. 269-387-4940.)

Made it to Class on: Mon 5/16 Tue 5/17 Thu 5/19 Fri 5/20

Syllabus: Got in class Downloaded from website Don't have one yet.

Joined Dr. Phil's New Physics Class on Facebook? (Optional) Yes No Not Interested Would need Facebook account.

Quiz 1 (Requires no studying): Took in Class Missed Class Missed Class but printed Quiz 1A from website

Quiz 4 Take-Home: Picked up in Class Missed Class Missed Class but printed Quiz 4 from website

Turned in Quiz 4 Thursday/Friday 19-20 May 2011? Late Zero Not due yet.

Quiz 5 Take-Home: Picked up in Class Missed Class Missed Class but printed Quiz 5 from website

Turned in Quiz 5 Monday 23 May 2011? Late Zero Not due yet.

Quiz 6 Take-Home: Picked up in Class Missed Class Missed Class but printed Quiz 6 from website

Turned in Quiz 6 Monday 23 May 2011? Late Zero Not due yet.

Read through notes from class.

Start your Formula Card? Updated it?

Checked lecture notes online. Redo class examples?

Checked relevent sections from O&B. Redo text examples?

Did any problems from back of the chapter?

Questions? Answered: in class office hours phone e-mail Facebook

FROM SYLLABUS AND CLASS:

Grade I would like to get in PHYS-1070: A AB B BC C CD D E

Minimum grade I HAVE to get in PHYS-1070: A AB B BC C CD D E

REMINDER: Yes, I know that we have classes on Fridays.

Free-Fall near the surface of the Earth g = 9.81 m/s² and a_{y} = -g Falling Down Falling Up (a_{y} = -g the whole time)

Turning Point x & y are independent of each other 2-D problems are 2 × 1-D problems same time, t

Re-write kinematic equations for x, y and y preloaded with g scalars (magnitude, units) vectors (mag., units, direction)

Compass Points and Compass Headings Standard Angle Standard Form (A-vector = 5.00 m @ 30°)

Graphical Method for Adding and Subtracting Vectors Right Triangles Pythagorean Theorem

SOHCAHTOA A_{x} = cos(theta) A_{y} = sin(theta) theta = tan^{-1} (A_{y }/ A_{x}) -- then use sketch for standard angle!

Analytical Method for Adding and Subtracting Vectors Dr. Phil's Table method for adding and subtracting vectors

Ballistic or Projectile Motion (a_{x} = 0 and a_{y} = -g) Height, Time to Max Height, Range Equations

Complementary Launch Angles 45° launch for maximum range Uniform Circular Motion Centripetal Acceleration

Period T (repeat time) Circumference of a circle, C = 2 pi r

First Set Sample Exam 1 Second Set Third Set

Have looked at Sample Exam 1s With Answers on website

I update my formula card(s) as I work My formula card(s) are in good shape I use my formula card(s) to solve problems.