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Light reflects and sound just bounces off.

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13y ago
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Q: What happens when light or sound is bounced off an object?
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Related questions

A sound that is repeated because the sound wave reflected or bounced back from a distant object?

echo


What is a sound that is repeated because the sound reflected or bounced back from a distant object?

PLease help me


Why is it not possible to use sonar to determine the speed of an object travelling faster than the speed of sound?

Sonar is sound waves bounced off a object so if you are going the speed of sound the waves cannot bounce off the object and determine the speed of the object


Why does sound happen?

Sound only happens when there is a collision with another object or a vibration from another object, because that is what a sound is. It can only be soft, loud, strong, weak, light, pitched etc. because it was moved by other existing objects. So sound happens when objects collide or become vibrated.


Could you test the sound of light hitting an object?

light waves have no mass so when it strikes an object it causes no vibration and therefore no sound


What happens to sound as it gets farther away from the object making the sound?

It popes


What is it called when there is a bounced sound wave?

Reverberations


A bounced sound wave is called an?

It is called an echo.


Which birds uses echoes to fly safely in the dark?

Only bats do this. They make a high-piched squeak. The sound waves from the noise; if they are "bounced" of a object and heard again by the bat, the bat then knows that there is an object there and can thus avoid it.


Is an echo is an example of sound wave?

An echo is a sound wave that has bounced off a surface


What happens to the sound as it gets farther away from the object making the sound?

the sod makes a higher pitch


What happens when the sun shines on a white surface?

The light from the sun, which is made up of equal parts of red, green and blue (even though it may not look it), will be reflected off of the white surface, staying white as the white surface reflects equal parts of red, green and blue.