Question of the Day: First question on Worksheet #1 below
	Kinematics Graphing Worksheets: Worksheet #1 Worksheet #2 Worksheet #3 Worksheet #4 Reading (from Modeling Instruction in High School Physics 2002)

October 3^rd  & 6^th

	Question of the Day: What does the area under the curve of a Velocity vs. Time graph tell you?
	Review Kinematics Graphing Worksheets as a class and prepare for Kinematics Quiz
	Kinematics Quiz
	Reading assignment: Read pages 17-24
	Begin working on Freefall Worksheet

October 7^th  & 8^th

	Discuss Free Fall and go over HW assignment
	Gravitational Acceleration Investigation
	Picture for data analysis Make hypothesis to answer purpose question and do pre-lab Data Analysis (from picture) Answer Analysis questions Calculate % error

October 9^th  & 13^th

	Discussion/Demo's about freefall and air resistance
	Complete Freefall Graph Handout in class
	Text reading assignment (pages 28-32)
	Begin working on Vector Questions

October 14^th  & 15^th

	Introduce Projectile Motion Marble launcher demo/discussion    Monkey in the tree demo/video
	Using velocity vectors to find a resultant vector (8-step process)
	Work on Velocity Vector Problems

October 16^th  & 17^th

	Question of the Day: Sketch the Monkey in the Tree Demo.  Be sure to include the "bullet" as it moves through the air and the can as it drops.
	Components of Projectile Motion graphing exercise (notes)
	Begin Projectile Motion Investigation Background, Purpose Question, Hypothesis, Drawing, Variables Begin collecting data Perform calculations

October 20^th  & 21^st

	Question of the Day: What equations are used for the components of projectile motion?
	Projectile Motion Investigation Conclusion, Real World Apps, Recommendations
	Projectile Motion Story Problems at stations (10 stations) Turn in at end of class

October 22^nd  & 23^rd

	Question of the Day: What equations do you use for the horizontal and vertical components of an object experiencing projectile motion?
	Finish Projectile Motion Story Problems from around the room
	Review problems
	Projectile Motion Problems Handout

October 24^th  & 27^th

	Questions of the Day: What is your hang time based on how high you can jump? What equation would you use to determine it?
	Gravitational Acceleration/Projectile Motion Quiz
	Hang Time Exploration

October 28^th  & 29^th

	Discuss Hang Time Exploration
	Start Softball Throw Lab Pre-Lab Collect data Calculate Averages for Time and Range at each angle Begin calculations

October 30^th  & 31^st

	Hand back Quizzes
	Continue Softball Throw Lab: Discuss analysis, part I and II Create 4 vector graphs: Velocity Vector Low Angle Throw High Angle Throw Distance Vector Low Angle Throw High Angle Throw Discuss conclusion, real world application, and recommendations