Applying Newton's Laws of Motion

Multiple Choice

How do Newton's Laws of Motion apply to sports activities, amusement park rides, Earth’s tectonic forces, and rocket launches?

• These activities all seem fun.

• Each of these activities require movement.

• They do not have anything to do with Newton's Laws of Motion.

• Rockets are cool.

Multiple Choice

What unit is force measured in?

• Joules

• Inches

• MPH

• Newtons

Open Ended

Why are these forces in the picture on the previous slide balanced?

Multiple Choice

Unbalanced forces cause a change in...

• Motion

• Direction

• Speed

• All of the above

Open Ended

What is the Net Force?

Multiple Choice

What is friction?

• The force that causes movement

• The force that causes a moving object to slow down when it touches another object

• The force that causes an object to accelerate

• The force that causes an object to change directions

Multiple Choice

Since friction is a force, what unit is friction measured in?

• Joules

• MPH

• Newtons

• Inches

Open Ended

What does speed measure?

Open Ended

How are speed and velocity different?

Open Ended

What are the three times acceleration happens?

Draw

Please draw your response on this slide. If you wish to type your response move to the next slide to type your response.

Open Ended

Design a safety restraint or device for a motorcycle, 4-wheeler, or go-kart. Designs may be drawn or described. Be sure to explain how your devices protects the driver against collision forces.

Multiple Choice

What is inertia?

• An object at rest will stay at rest unless acted on by another force

• Movement

• When an object starts to move without an outside force

Open Ended

List one more example of Newton’s First Law.

Open Ended

Cars, trucks, and SUVs use seatbelts as safety devices. Roller coasters use bars. Use Newton’s 1st Law of Motion to explain how the seatbelt or restraint bar help keep you safe in a collision. Be sure to identify forces and velocity.

Multiple Choice

What is the formula for force?

• Force = Distance x Time

• Force = Mass x Acceleration

• Force = Mass / Acceleration

• Force = Distance / Time

Open Ended

Answer the following questions from the picture:

Open Ended

Describe Newton's Three Laws of Motion.

Open Ended

Explain how Newton's Laws of Motion apply to sports activities, amusements park rides, Earth’s tectonic activities, and rocket launches.

Open Ended

Which essential questions do you still need help to understand?