Question

In an experiment, a ringing bell is placed in a vacuum jar that does not have any air in it. What best describes why the bell is seen vibrating but not heard? Light waves have high frequencies and are able to pass through the vacuum jar, but the frequencies of sound waves are too low to vibrate a vacuum. Light waves travel faster than sound waves, so they are able to travel through the vacuum jar, but sound waves do not have enough energy to vibrate glass. Light does not need a medium to travel through, but since sound waves must have a medium to vibrate, sound is not created where no air is present. Light is a longitudinal wave that is able to pass through the vacuum jar, but sound is a transverse wave that has to move perpendicular to air.

Answer 1

I believe the correct answer from the choices listed above is the third option. The bell is seen vibrating but not heard because light does not need a medium to travel through, but since sound waves must have a medium to vibrate, sound is not created where no air is present. Hope this answers the question. Have a nice day.

Answer 2

Light does not need a medium to travel through, but since sound waves

must have a medium to vibrate, sound is not created where no air is

present.

What is a Wave?

This is defined as the propagation of disturbances from place to place in a

regular and organized way.

LIght waves don't require a medium because its speed is constant

however, sound waves require an air medium to vibrate. The vacuum jar

doesn't have air which is why no sound was produced.

Read more about Waves here https://brainly.com/question/6069116