Take a marinator with the hand vacuum pump
1. place your mobile phone inside
seal it with the lid.
now remove the air inside using the hand pump.
Listen to the sound ..
Gradually it will decrease.
get something metallic hit it on the table and then put it in a bole.
One way to prove that sound can travel through solids is by conducting an experiment where a solid material, such as a metal rod or a wooden block, is used to transmit sound waves. By striking one end of the solid material and observing the sound wave produced at the other end, one can demonstrate that sound can indeed travel through solids. Additionally, conducting similar experiments with different solid materials can further support the idea that sound propagation occurs in solids.
Electromagnetic waves are known to travel through vacuum based on empirical evidence and theoretical knowledge in physics. This is supported by experiments such as the Michelson-Morley experiment and the behavior of electromagnetic radiation in space. Additionally, electromagnetism is a fundamental force in nature with well-established properties, including the ability to propagate through vacuum.
One simple experiment to prove the mechanical nature of sound is by using a tuning fork. When a tuning fork is struck and held against a table, the vibrations produced can be felt as the table vibrates. This demonstrates how sound is a result of mechanical vibrations traveling through a medium, in this case air, to reach our ears.
An experiment can prove or disprove a hypothesis.
Through the vibrations
In theory yes as it is not in a vacuum its just impossible to prove as noone can hear it.
Sound requires a solid, liquid or gas to carry the vibrations in waves. The air in the atmosphere is actually a collection of gases and so sound travels through what appears to be an empty space. Sound cannot travel through a vacuum so an explosion two meters away from you in space would be silent (but probably still hurt!)
Prove causation
One way to prove that sound travels in a solid is by conducting an experiment where a sound source is placed against one end of the solid material and a microphone is placed at the other end to detect the sound waves. The detected sound waves show that sound can propagate through the solid material. This demonstrates that the particles in the solid can transmit mechanical vibrations that manifest as sound waves.
That depends on the result of the experiment. The experiment is a way to test a hypothesis, and it's completely fine if the experiment disproves the hypothesis. Ideally, though, the experiment will support the hypothesis.
Galileo