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A vibrant illustration of electromagnetic waves traveling through various mediums, showcasing different types of waves like radio, infrared, and X-rays, with abstract waves in a colorful background.

Electromagnetic Waves Quiz

Test your knowledge of electromagnetic waves with our engaging quiz! This quiz covers a range of topics from basic definitions to significant discoveries in the field of physics.

Whether you are a student, a science enthusiast, or just curious, this quiz is perfect for you. Key features include:

  • 57 comprehensive questions
  • Challenging yet informative
  • Fun way to reinforce your learning
57 Questions14 MinutesCreated by ExploringScience321
Waves that can travel in any medium and in vacuum.
In1862,In 1862, a Scottish physicist predicted the existence of electromagnetic waves.
He is considered a man of God and a man of science
He was considered the Father of Electromagnetic Theory for having formulated laws in electricity and magnetism.
A brilliant German physicist and experimentalist who demonstrated that the electromagnetic waves actually exist.
The man whose peers honored by attaching his name to the unit of frequency
The continuous range of electromagnetic waves arranged in order of frequency or wavelength.
The longest of all electromagnetic waves
AM stands for?
FM Stands for?
What is the meaning of the acronym Radar?
Who discovered Radio waves? And what year?
Who is credited for discovering the Microwaves?And what year?
Considered as high-frequency radio waves and are mainly used for communication
Meaning of Infrared
Who discovered the Infrared Waves?And What Year?
What is a form of energy that helps us see objects?
The Only EM waves seen by our naked eye
Who discovered UltraViolet?
What do they call the X-Rays sometimes?
Who Discovered X-Rays?And What Year?
What does the letter X in X-Rays supposed to be representing?
Is it true that Roentgen called the rays that he discovered X-rays because he did not know their nature or origin?Yes or No.
Who was awarded the 1901 Nobel Prize for physics for his accidental discovery of Xrays.
Can penetrate soft substances like flesh and bones.
These are more penetrating than the soft ones and are used mainly in industries.
Used in industries to detect cracks in metals and to sterilize equipment and commercial products
He was a French chemist and physicist, is recognized as having discovered gamma rays.What was the yearHe discovered the rays?
What is the process where Gamma rays are used to destroy cancer cells?
Multiple Concentrated beams of Gamma Rays are directed on the growth in order to kill the cancerous cells
Meaning of RFID
MEANING OF GPS
IT IS THE UV RAY THAT GETS ABSORBED BY THE ATMOSPHERE
IT IS THE RAY THAT GETS FILTERED BY THE OZONE LAYER
THE UV RAY THAT REACHES THE EARTH
The center of the sphere from where the mirror was taken
The center of the mirror. It is sometimes called the pole of the mirror.
A straight line joining C and V.
Refers to the width of the mirror.
The point where the reflected rays meet as in the case of a converging mirror, or the point where the reflected rays seem to come from behind a diverging mirror
The distance from the vertex to the principal focus.
The radius of the sphere.
Any smooth reflecting surfaces.
A mirror with a flat surface.
Has a reflecting surface taken from the surface of a sphere.
A Spherical Mirror that curves inwards in the direction of the incident rays.
A Spherical Mirror that bulges outward to the incident rays.
It occurs when light rays do not actually meet at the images, but because the projects light rays backward, we are tricked into seeing an image that is erect or upright.
It occurs when light rays actually intersect at the image, making them appear inverted or upside down.
It is the bouncing back of light into the same medium it has been traveling after striking a surface.
What is the process when light falls on a highly polished surface like a mirror most of the light is sent back into the same medium.
The ray that strikes the surface
A line in perpendicular to the surface
The ray that rebounds from the surface.
When light reflects in a smooth and shiny surface, it gets reflected in the same medium forming image of the object.
When light strikes in a rough and dull surface, it bounces back in all directions giving rise to general illumination. It helps us to see things.
It is the bending of light when travels from one medium to another.
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