You can hear it because of driffraction. The sound waves diffract through the openings.
Sound requires a medium, such as air, to travel through. In a vacuum chamber, there is no air or medium for the sound waves to travel through, so the ringing bell cannot be heard.
yes bell rung under water can be heared
The vibration of the spoon against the glass is too subtle to produce an audible sound in the surrounding air. The lack of sufficient force and amplitude results in the sound not being transmitted effectively to a distance where it can be heard.
he heard a and that invented the telephone ping
Once sound energy enters the mouthpiece of a telephone, it is converted into electrical signals by a microphone. These electrical signals are then transmitted through the telephone wire to the earpiece at the other end, where they are converted back into sound waves that can be heard by the listener.
I heard it was going to be closed for another month and a half
sound needs a medium to travel. material medium is necessary for propogation of sound. in vaccum sound do not travel. that's the reason why we are not able to hear sound in this case. Jordi101
While working on the telephone, Bell spilled some battery acid on himself. In a panic, he called for his assistant. The assistant heard Bell's voice coming through the telephone. His invention was a success!
Sarah. She is never seen or heard (I think).
Sound waves are able to travel through solid objects, such as doors, through a process called transmission. When sound waves strike the surface of the door, they cause vibrations which are then transmitted through the material and can be heard on the other side of the door. The door does not need to be completely airtight for sound to pass through it.
Yes, it is usually shown on CNBC. It is always heard audibly usually accompanied by a brief camera shot of those doing the actual ringing of the bell.
Closed primary