Energy
Circuits 1
Circuits 2
Circuits 3
Random
100

The energy of position

Potential Energy

100

Circuit with 1 path for the energy to flow

Series Circuit

100

As you add more light bulbs in a series circuit what happens to their brightness?

Bulbs get dimmer

100

Name one factor that affects the resistance of a wire.

Type of metal, length, or diameter

100

Scientific Name for the water cycle

Hydrologic Cycle

200

The energy of movement

Kinetic Energy

200

A circuit with multiple paths 

Parallel Circuit

200

This describes how fast the electrical charges are moving in a circuit. How fast is the flow of electricity?

Current

200

In which circuit (series or parallel) do devices share the same current?

Series

200

The process/steps scientists use to study the world around them

Scientific Method

300

The sum of an objects potential & kinetic energy

Mechanical Energy

300

What type of material does not allow energy to flow through it?

Insulator

300

What does LED stand for

Light Emitting Diode

300

Provide one real-world example of a device or system that uses parallel circuits and explain why parallel wiring is used there.

Household Wiring (one example)

300

Name all of the Great Lakes

Erie, Michigan, Huron, Superior, Ontario

400

Law that states energy is not created or destroyed (it simply changes forms)

Law of conservation of energy

400

Voltage changes in this circuit. (12V battery 3 lights they each get 4V)

Series Circuit

400

An LED allows electricity to flow through it. What type of material allows electrical energy to flow?

Conductor

400

Give two forms of energy that an electrical device might produce

Light, sound, thermal, mechanical (any two).

400

A special type of evaporation where water escapes through the leaves of plants/trees

Transpiration

500

What two variables affect the amount of kinetic energy an object has?

Mass and Velocity (speed)

500

What is the unit of measurement for electrical current?

Amp or Ampere

500

How many volts are standard AA or AAA batteries? (throw away when done batteries)

1.5 volts

500

Explain how the energy transferred from a battery eventually becomes light in a bulb (include charge movement and energy transformation).

The source raises the potential energy of charges; as charges pass through the filament, electrical energy is transformed to thermal energy (heating the filament) and then to light.

500

Name all the layers of the atmosphere

Troposphere Stratosphere Mesosphere Thermosphere Exosphere