1. 112 Newton’s Second Law Lab 111 12/1/2014 Starter: 12/1/2014 Practice: A 10 N force is applied to each of these objects. Which object will have the greater acceleration and why? Newton’s Second Law Lab Application/Connection/Exit : Calculate the force on an object that has a mass of 12 kg and an acceleration of 4 m/s 2. Object Distance Traveled by Cup Trial one Trial two Trial Three Ping pong ball Golf Ball Applied force Distance Traveled by Car Trial one Trial two Trial Three Weak Strong Describe how the mass of the ball affects the force exerted on the cup Describe how the force exerted on the craft stick affects the distance the car travels

2. December 1, 2014 AGENDA 8.6 C December 1, 2014 AGENDA 8.6 C Students will investigate and describe applications of Newton’s second law of force and acceleration by reading and writing during a lab activity. 1 Starter 2. Lab

3. Starter F=M x A Calculate the force on an object that has a mass of 12 kg and an acceleration of 4 m/s 2. 12 kg X4 m/s 2 = 48 kg x m/s 2

4. DateLecture/ Activity/ Lab Page Table of Contents 11/3 Speed, Velocity, and Acceleration Notes 87-88 11/4 Speed and Velocity Lab 89-90 11/5 Interpreting Graphs 91-92 11/6 Walking Lab II with graphing 93-94 11/10 Balanced and Unbalanced Forces 95-96 11/12 Newtons 1 st Law 97-98 11/13 Newton’s First Law Lab 99-100 11/14 Newton’s First Law Writing 101-102 11/17 CBA review 103-104 11/19 Newton’s First Law Lab #2 1 05-106 11/20 Newton’s Second Law 107-108 11/21 Newton’s Second Law Writing 109-110 12/1 Newton’s Second Law Lab 111-112

5. Practice Which object will have the greater acceleration and why? Tennis ball because is has a smaller mass A 10 N force is applied to each of these objects.

6. Object Distance Traveled by Cup Trial one Trial two Trial Three Tennis ball Golf Ball Applied force Distance Traveled by Car Trial one Trial two Trial Three Weak Strong

7. Activity 1 Book

8. Activity 2 Book

9. 112 Newton’s Second Law Lab 111 12/1/2014 Starter: 12/1/2014 Practice: A 10 N force is applied to each of these objects. Which object will have the greater acceleration and why? Newton’s Second Law Lab Application/Connection/Exit : Calculate the force on an object that has a mass of 12 kg and an acceleration of 4 m/s 2. Object Distance Traveled by Cup Trial one Trial two Trial Three Ping pong ball Golf Ball Applied force Distance Traveled by Car Trial one Trial two Trial Three Weak Strong Describe how the mass of the ball affects the force exerted on the cup Describe how the force exerted on the craft stick affects the distance the car travels