Kinematics

HW Pg 8 # 1-3, Pg 13 # 1-7 [|Vectors vs. Scalars video] ||  || HW Pg 39 #1-7 ||  ||
 * __**Chapter 1 - Introduction to Motion and Motion Graphs**__ || **Important Dates:** ||
 * Position, Distance & Displacement
 * Position, Distance & Displacement
 * Speed and Velocity
 * Motion Graphs **Assignment** ||  ||
 * Motion Graphs **Mini-Test**

Review questions for mini-test: Pg 47 #1-11

1) Position Time Graphs video: __[]__
 * Motion Graphs alternate resources to help you study:**

2) Finding the area under the graph video: __[]__

3) Instantaneous Velocity (finding the slope of tangents) video: __[]__

Finally, try this simulation to test yourself on motion graphs: [] ||  || HW Pg49 #1,2 Pg50 #1,2 Pg51 #1,2 Pg52 #1,2 Pg 53 #1,2 ||  ||
 * __ **Chapter 2 - Equations of Motion** __ ||  ||
 * Basic Kinematics Equations
 * Solving Problems HW Pg 55 #1-4 ||  ||
 * **Problem Set [[file:2016 Kinematics Problem Set.doc]]** || Due Oct 20 ||
 * Kinematics Equations Mini-Test || Oct 24 ||
 * Acceleration Due to Gravity TICKER TAPE **Lab** || Due Nov 3 ||
 * Chapter 2 Test

Suggested Textbook **Study** Problems: HW Pg 78 #1-3 ||  ||
 * Pg 26 #1,4-14**
 * Pg 56 #1-29** || included in Chap 3 Test ||
 * __**Chapter 3 - Motion in 2-D**__ ||  ||
 * Vector Operations || Assignment Due Friday Nov 11 ||
 * Projectile Motion
 * **Problem Set[[file:2016 Projectile Motion Problem Set.doc]]** || Due Nov 17 ||
 * **Chapters 2 (Solving Kin Problems) and 3 (gravity, vectors, projectile motion) Unit Test**

= =
 * Review Pages 59-82 in your textbook
 * Pay special attention to the following:
 * Acceleration due to gravity (9.8 m/s2)
 * Addition of 2-D vectors using triangles and components
 * Projectile motion
 * Try the following problems:
 * Pg 86 #3,11,13,15,19,23,25,27,28,29
 * Pg 90 #29,30,33 || Nov 24 ||