Transcript
Page 1: Application of EDP and Laws of motion to a self-propelled car

APPLICATION OF EDP AND LAWS OF MOTION TO A SELF-

PROPELLED CAR

Page 2: Application of EDP and Laws of motion to a self-propelled car

Background information: what students needed to know

1. How to calculate velocity2. Newton’s 3 Laws of

Motion3. Kinetic and static friction4. Momentum5. Making sketches6. EDP steps

Page 3: Application of EDP and Laws of motion to a self-propelled car

As engineers for a toy manufacturing company,

students were expected to:

1. Work as a team2. Commit a design to paper (most

challenging for some students)3. Meet a deadline4. Test their car for speed5. Problem solve and redesign

after initial test

Page 4: Application of EDP and Laws of motion to a self-propelled car

Part 2: Crash test Testing momentum and

Newton’s Third LawStudents secure an egg in

the car and crash it into a wall.

Page 5: Application of EDP and Laws of motion to a self-propelled car

Calculations Velocity

With and without the egg

Momentum

Page 6: Application of EDP and Laws of motion to a self-propelled car

Final Product Create an instructional

manual explaininghow to build a self-propelled car

how the car involves of physics

How to use the EDP

Page 7: Application of EDP and Laws of motion to a self-propelled car

Rocket launcher

Page 8: Application of EDP and Laws of motion to a self-propelled car
Page 9: Application of EDP and Laws of motion to a self-propelled car
Page 10: Application of EDP and Laws of motion to a self-propelled car
Page 11: Application of EDP and Laws of motion to a self-propelled car
Page 12: Application of EDP and Laws of motion to a self-propelled car

Recommended