Activity 1 Energy
Activity 2 Kinetic and Potential Energy
Activity 3 Speed and Energy
Project Energy Transfer
Problem Vehicle restraint
100

When two objects bump into each other, causing an exchange or transformation of energy.

Collision

100

Energy that is stored; energy that matter has because of its position.

Potential Energy

100

The rate at which an object moves or operates. This can be thought of as the amount of time it takes to complete a task.

Speed

100

When two objects collide or bump into each other, causing an exchange or transformation of energy.

Collision

100

The use of technology and science to solve problems

Engineering

200

The ability to do work

Energy

200

Energy that an object has because of its motion.

Kinetic Energy

200

You figured this out by using a ramp.

How speed and energy effects the distance

200

A collision with no loss of kinetic energy.

Elastic Collision

200

A simple machine that is a sloping (or slanted) ramp that can be used to raise or lower a load by sliding. The slanted ramp helps to move things between lower and higher levels.

Incline plane

300

In 1930, what did the doctors start putting in their cars?

Seatbelts

300

A result of force moving an object a certain distance.

work

300

How does the amount of potential energy, or energy stored in the vehicle just before it rolls down the ramp, affect the distance traveled by the vehicle?

The more potential energy, the greater the speed and distance the object will travel.

300

A collision in which part of the kinetic energy is changed into another form of energy. This may result in objects “sticking together,” such as when a large truck collides with a small car and pushes it over a distance.

Inelastic collision

300

A limitation or a restriction such as time, materials, or size

Constraints

400

A person who is trained to use technology and science to solve problems.

Engineer

400

Explain when the skater in the simulation has the greatest amount of potential energy.

The highest point on the ramp.

400

How do you figure out the average of a number?

Add all numbers and the divide by the total number of numbers you added.

400

A bumper car collision is what type of collision?

Elastic Collision

400

A working model than can be tested and evaluated.

Prototype

500

A push or pull that can make an object move, stop moving, or change directions

Force

500

Explain when the skater in the simulation has the greatest amount of kinetic energy

At the bottom of the ramp when in (motion)

500

The instrument you built to show potential and kinetic energy?

pendulum

500

What is an example of an inelastic collision?

Car accident

500

The engineering design process has these 5 steps...

Ask

Explore

Model

Evaluate

Explain