AP Physics students, check the AP Physics page for assignments, and remember to email me so you can be on the email list. norman_burtness@whps.org
AP Summer Assignment 2011
May 21st, 2011 by Norman Burtness · No Comments · Uncategorized
This assignment requires you to use the University of Colorado simulations. One way to access them is from the link on this page, or do a Google Search “Phet .edu” or copy this link directly into your browser. http://phet.colorado.edu/simulations/sims.php?sim=The_Moving_Man
Also read the article titled “Basic Physics”, written by Richard Feynman, Nobel Prize winner, as the foreward to his textbook. Write a 150 word reaction (not summary) to the approach to physics that Mr. Feynman describes.
Wave Properties PowerPoints
February 9th, 2011 by Norman Burtness · No Comments · Uncategorized
wavesintro general wave properties powerpoint
SoundPPT powerpoint includes good links to other sites
Ch 13 HW due Wed. Dec 8
December 3rd, 2010 by Norman Burtness · No Comments · Uncategorized
See AP Physics Page for Ch 15 HW 12/17/2010
Read sections 13:1-5 , 6-13
Do problems 8,9,13,15,19, 28,31,40,45,49,51,81,89
AP Physics Torque Quiz
November 18th, 2010 by Norman Burtness · No Comments · Uncategorized
This take-home quiz is to be completed over the weekend and is due on Monday, November 22.
AP Physics Rotational Energy Lab data
November 12th, 2010 by Norman Burtness · No Comments · Uncategorized
Page 55 of your lab book, Conservation of energy with rotational motion:
The following data was collect with a Vernier LabQuest and Ranefinder:
Radius of rotation (flywheel radius) : .100m
Hanging mass: .200kg
Position change of the mass: .243m
Final velocity of the mass: .618m/s
Show the Energy balance: delta PE mass = KEmass + KEflywheel
and give % error rel to delta P.E.
Projectile Motion Practice
October 28th, 2010 by Norman Burtness · No Comments · Uncategorized
1. How far will an arrow go if launched horizontally at 20m/s from a height of 10m?
2. This same arrow is launched at a 30 degree angle from the ground. Find the air-time, max height and range (hoiz. dist)
3. A football punt is in the air for 3.6 seconds and travels 40m. What is the initial speed of the ball and the angle it leaves the kicker’s foot?
(Answers – 1: 28.6m, 1.43 sec 2: 2 sec, 5m high, 34m 3: 58deg, 21m/s
Solutions to classwork 10/6
October 6th, 2010 by Norman Burtness · No Comments · Uncategorized
Tracking your Performance
September 16th, 2010 by Norman Burtness · No Comments · Uncategorized
This performance tracking sheet will help you improve your grade.
- Identify areas of strength and weakness
- Record study habits that did or did not work
- show you when you are not performing up to expectations
- Get extra credit just for keeping this record and evaluating your own work
