Science Test 6th grade

A vibrant illustration of electromagnetic waves, depicting various types of waves such as radio waves, microwaves, visible light, and gamma rays with their applications in science and technology.

Electromagnetic Waves Quiz

Test your knowledge on electromagnetic waves and their properties with this engaging quiz designed for 6th graders! This quiz covers a range of topics related to light, waves, and their applications in our daily lives.

Key Features:

  • 30 comprehensive questions
  • Multiple choice, checkboxes, and matching formats
  • Learn while having fun!
35 Questions9 MinutesCreated by BouncingLight102
What is an electromagnetic wave?
When the electric field is vibrating, a magnetic field is created, together they produce r
Are waves that consists of electric and magnetic fields that vibrate at right angles to each other.
Waves from the sun are one of the most used source of energy on the earth
How are EM Waves produced
Objects that produce visible light are luminos
Most of the Sun’s energy travels away in space.
An EM wave is produced by vibration of an electrically charged particle When the electric field is vibrating, a magnetic field is created, together they produce radiation. Radiation is the transfer of energy as electromagnetic waves.
What type of particles are EM waves made of
Vibrating electric
Charged
Vibrating magnetic particles
All of the above
What is a wave
A movement in the ocean
A periodic substance in a solid, liquid or gas as energy is transmistted
The maximum distance that the particles of a medium vibrate from their resting position
What is transmission
S the moving of electromagnetic waves (whether visible light, radio waves, ultraviolet, etc.) through a material.
The combination of two r more waves that results in a single wave
A change of direction in the wave
What is reflection
Can be thought of as the deflection of a ray
When light bounces off a surface
The taking in of light
What is absorption
Can be thought of as the deflection of a ray from a straight path
The taking in of light
When light bounces of a surface
What is Scattering
When light bounces of a surface
Can be thought of as the deflection of a ray from a straight path
The taking in of light
Radio Waves
Used for broadcasting radio signals
Used for broadcasting radio signals
Used for broadcasting radio signals
Used for broadcasting radio signals
Used for broadcasting radio signals
Used for broadcasting radio signals
Used for broadcasting radio signals
Gamma Rays
Used for broadcasting radio signals
Used for broadcasting radio signals
Used for broadcasting radio signals
Used for broadcasting radio signals
Used for broadcasting radio signals
Used for broadcasting radio signals
Used for broadcasting radio signals
Xrays
Used for broadcasting radio signals
Used for broadcasting radio signals
Used for broadcasting radio signals
Used for broadcasting radio signals
Used for broadcasting radio signals
Used for broadcasting radio signals
Used for broadcasting radio signals
Ultra-violet light
Used for broadcasting radio signals
Used for broadcasting radio signals
Used for broadcasting radio signals
Used for broadcasting radio signals
Used for broadcasting radio signals
Used for broadcasting radio signals
Used for broadcasting radio signals
Infrared Waves
Used for broadcasting radio signals
Used for broadcasting radio signals
Used for broadcasting radio signals
Used for broadcasting radio signals
Used for broadcasting radio signals
Used for broadcasting radio signals
Used for broadcasting radio signals
Visible light
Used for broadcasting radio signals
Used for broadcasting radio signals
Used for broadcasting radio signals
Used for broadcasting radio signals
Used for broadcasting radio signals
Used for broadcasting radio signals
Used for broadcasting radio signals
Microwaves
Used for broadcasting radio signals
Used for broadcasting radio signals
Used for broadcasting radio signals
Used for broadcasting radio signals
Used for broadcasting radio signals
Used for broadcasting radio signals
Used for broadcasting radio signals
What is frequency
The amount of times a wave moves up and down
The length of a wave
What is wavelength
The length of 1 wave that can effect diffraction
The amount of times it moves up and down
What is the speed of light
300,000,000 kmps
Super fast
880,000mph
300,000 kmps
Example of reflection
Example of refraction
Example of absorption
Red has the longest wavelength
Violet has the shortest
ROYGBIV
All of the above are true
Example of absorption
Example of scattering
Example of visible light
None of the above
Example of reflection
Example of apsorption
Example of babies looking at each other
Example of refraction
What is diffraction
A change in the direction of a wave when the wave finds an obstacle or an edge, such as an opening
The combination of two or more waves in a single wave
Which one is true
An interference is the movement through another medium
An interference is the combination of two or waves resulting in one wave
Which one is true
A medium is a physical environment
A medium is a maybe not sure
How long would it take for light to get to Neptune if it is 4.3 kilometers away
4hrs
10 hrs
4.5 hrs
10hrs
1 day
How do Infrared waves and Visible light waves help us
They scan our bodies
Helps us see colors
Warms our body
The help us watch television
They make it rain
Visible light helps us see
They don't help
Treat cancer
How does the light from the sun important to us
It is our daily source of energy and light
They help us see
They help us hear
How does reflection help us see things
It does not
The pupil helps
The cornea helps it reflect the light which helps us see
How does refraction create an optical illusion and separate white light into colors
The white light refracts creating the optical illusion of a rainbow
The optical illusion refracts and separates into colors
Wave Speed
The speed at which light travels through a medum
The speed of light or other energy
Crest
The point on a wave the maximum value
The point on the wave with the least value
Through
The point on a wave the maximum value
The point on a wave with the least value
 
 
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