Lesson 5- RollerCoaster Physics

Pages 22-24!

Lesson 5
RollerCoaster Physics

Complete the Rollercoaster Model for Experiments 13, 14, 15

​Page 22

Open Ended

What is the tallest hill your train can make it over?

Multiple Choice

Where does the train get its energy to make it up the hills?

• The train gets its energy from the tracks.
• The train gets its energy from the air it passes through.
• The train gets its energy from the passengers pushing it.
• The train gets its energy from elastic potential energy stored in the spring of the launcher.

Open Ended

Follow the directions carefully in Experiment 14 to calculate the average SPEED of the train.

Multiple Choice

What is the train's change in position or displacement?

• 0

• The distance the train goes from start to finish

• The trains initial position plus its final position on the tracks.

Drag and Drop

Speed is found by dividing ​

Placeholder

by ​

Placeholder

Drag these tiles and drop them in the correct blank above

distance

time

velocity

acceleration

mass

force

Multiple Choice

A rollercoaster's average velocity is found by dividing displacement by time.

What is the velocity in experiment 14?

• 4

• 0

• 3

• 10

Multiple Choice

By adding tape to the track, you increase the friction between the surface of the _____ and the _____ of the train.

• wheels, bottom

• track, surface

• track, wheels

• train, wheels

Multiple Choice

When the friction of the tape on the track causes the train to stop, which of Newton's 3 laws is in effect?

• Newton's second law of motion
• The law of conservation of energy
• Newton's first law of motion
• Newton's third law of motion

Multiple Choice

What is the coefficient of friction?

• The coefficient of friction is a value that represents the friction between two surfaces.
• The coefficient of friction is a measure of the force of gravity.
• The coefficient of friction is a type of lubricant used in engines.
• The coefficient of friction is a unit of measurement for temperature.