The Basics
Sound
Light
Electrical
Challenge
100
Animals get energy by
Eating
100
How sound moves
Waves, vibrations
100
How does light travel?
In straight lines
100
What is a charge?
positive and negatives particles of an object
100
Describe static electricity
when an electric charge stays on an object
200
biggest source of light energy
The sun
200
Why could we hear the sound waves from the spoons being hit but our partner could not?
Because the sound waves traveled up the string that was connected to our ears
200
What does a prism do?
Shows the spectrum (rainbow) that white light is made of
200
what is a circuit?
a flow of electric charges
200
Tell us a common electric cell we use to power many itmes we use daily
a battery
300
What is potential energy?
Stored energy
300
A smaller tuning fork has a _________ sound
high pitched
300
Why is the sun's light important?
Provides light and heat to the Earth
300
Why is electricity important
It provides energy to most of the things we use in our daily lives
300
How do we see color?
When an object Absorbs light, the color given off is the color of the spectrum that was NOT absorbed. It reflects that color.
400
What is kinetic energy?
Energy of motion, energy when something is moving
400
A larger tuning fork has a ------------ sound
low pitched
400
How is light energy used to power things?
solar panels
400
Contrast a conductor and an insulator. Give an example from daily life (think cooking).
A conductor allows energy to pass through it, an insulator stops the flow of energy
400
What is "sound reflection" called?
An echo
500
What is energy?
The ability to cause change, or a natural entity of nature that Allah created in all systems
500
Describe how sound waves move through different types of matter
Sound waves move faster through solids than they do through the air(gas)
500
Name the colors that make up white light
ROY G BIV
500
What are the 2 types of circuits
Series circuit and parallel circuit
500
Describe how we hear
Sound waves enter the ear, the ear is like a funnel and directs the waves to the middle ear where the waves bounce of the ear drum. Then the waves enter the inner ear where fluid and tiny hairs transfer into signals that are sent to the brain