Energy
Forces
Simple Machines
Mechanical Advantage
Levers/Gears/Pulleys
100

The study of motion. 

What is mechanics?

100

States that energy cannot be created or destroyed.

What is the law of conservation of energy?

100

A push or pull.

What is a force?

100

The ability to move an object with less force.

What is mechanical advantage?

100

An example of a 1st class lever and explain the position of each part.

Resistance/fulcrum/effort

200

The ability to perform work.

What is energy?

200

Says that matter cannot be created or destroyed; it can only change forms.

What is the law of conservation of mass?

200

The amount of tension a material can withstand.

What is tensile strength?

200

You must pay for mechanical advantage by applying force over a longer distance.

What is the distance principle?

200

How a wheel and axle are a version of the lever.

Fulcrum is the axle, effort an resistance around the outside

300

The number of ways energy can exist.

What is two?

300

What is movement in a particular direction?

What is m?omentum

300

Friction

What is a force that resists movement?

300

Place two inclined planes bottom to bottom.

How is a wedge formed?

300

A wheel with teeth.

What is a gear?

400

Energy being used.

What is kinetic energy?

400

Speed in a particular direction.

What is velocity?

400

Substances that reduce friction.

What are lubricants?

400

An inclined plane wrapped around a cylinder or cone.

What is a screw?

400

A grooved wheel that serves as the fulcrum of a lever.

What is a pulley?

500

Energy being stored.

What is potential energy?

500

A function of mass and velocity.

What is momentum?

500

A change in position due to an applied force.

What is work?

500

The three parts of a lever.

What is effort, resistance & fulcrum?

500

How the mechanical advantage of a pulley system is determined.

What is the number of pulleys used in the system?