Roller Coaster Lesson 1 (p 2-8)

Multiple Choice

What type of Math/Science is most important in designing and understanding Roller Coasters?

• Geometry

• Physics

• Engineering

• Algebra

Drag and Drop

What force is very important in designing roller coasters to make them a scary ride?​

Placeholder

Drag these tiles and drop them in the correct blank above

gravity

Electric

magnetic

friction

Drag and Drop

What type of energy is created as a roller coaster goes up a hill?​

Placeholder

Drag these tiles and drop them in the correct blank above

potential

kinetic

Drag and Drop

When a Coaster begins its descent (going down) potential energy is converted to _​

Placeholder

energy.

Drag these tiles and drop them in the correct blank above

kinetic

potential

moving

Fill in the Blanks

The more kinetic energy a coaster has, the faster it's

.

Multiple Select

Modern roller coasters accelerate (speed up) trains with mechanisms that create other forms of potential energy. What are they?

• Electromagnetic

• Elastic

• gravitational

• potential

Page 3

If your train is already built, check it carefully to see if it works.

​

Build the Coaster Train

Page 4
BE VERY CAREFUL not to break it.
Follow the instructions!

​

Practice using the Spring Launcher

Pages 5-7

​Follow the directions in the book

​

Build the Track for Experiments 1-2

Hotspot

What type of energy is stored when a spring is compressed?

(Draw a box around the answer)

Open Ended

Conduct experiment 2. How far did your train travel when you added mass?

Hotspot

What are the two things that acceleration depends upon?

Fill in the Blanks

According to Newton's 2nd Law, How fast an object accelerates depends on how much

is applied.