get something metallic hit it on the table and then put it in a bole.
yes
Yes, sound can be heard underwater because sound waves travel through water just like they do through air.
Yes, sound can travel underwater, but it travels differently compared to in air. Sound waves travel faster and farther in water due to its higher density, allowing marine animals to communicate and navigate using sound.
Yes, sound can travel underwater because water is a denser medium than air, allowing sound waves to travel more efficiently. The speed at which sound travels in water is much faster than in air, which is why whales and dolphins use sound to communicate over long distances.
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.
underwater x
under water because of the water
Yes, a bell can make sound waves underwater. When a bell is struck underwater, it produces vibrations that travel through the water as sound waves. The sound waves can be heard by anyone underwater within the vicinity of the bell.
I cannot imagine what experiment you are referring to because sound ONLY travels through a medium. In space, no sound.
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.
Speed has nothing to do with where you are. You can travel below the speed of sound pretty much anywhere.
Yes, the depth density of water can affect the speed and distance that sound travels underwater. In general, sound travels faster in deeper, denser water due to increased pressure, and it can travel over longer distances with less attenuation.