The vibrations from your voice hitting the can travels through the string to the other can.
A tin can transmits sound better than air because it is a denser medium, allowing sound waves to travel more efficiently through it. The metal walls of the tin can reflect and amplify the sound waves, resulting in a louder and clearer transmission of sound compared to air.
No unless there is a hole in the peice of tin.
The tin can sound is produced when vibrations from Zoe tapping the can travel along the string to your end, causing the can on your end to vibrate and create sound. This happens because the string acts as a medium for the vibrations to travel.
Yes. You can demonstrate this for yourself. Use a small nail or screw to make a small hole in the bottom of each of two empty tin cans. Thread a couple of inches of one end of a ten or twenty foot string into each of the tin cans, then tie a not into the ends of the string so that the ends of the string won't come back out of the tins. With a partner hold the tins so that the string is taut between you. One of you speak into his tin whilst the other listens. You should be able to hear that the voice is carried along the string.You can google for tin cans and string for pictures and more instructions.
Try wire
The initial sound in the word "tin" is the voiceless alveolar stop /t/.
It is an onomatopoeia, meaning that it represents the sound that tin makes when you hit it. If you bend tin, it creaks which is unusual for metals but it was not named after this sound, which appears to have no special name.
only if you wear a tin foil hat and breath through a hepa-filter.
In The Canadian Gov't a TIN number is a Travel Identification Number.
Typical sound of Tin if a metal bar is bent. This screaming of Tin is coming from the friction/ shearing of the metal crystals.
Rain sound like putter patter
This is a complex question - or rather the answer could be.In a violin for example, the strings rotate as well as vibrate.In a simple 'string and tin can phone" the waves are transverse waves carried by the taut string.Basically, your string can vibrate back and forth, normal to the string;or it may rotate round the axis along the string;or a mass may swing suspended by the string as in a pendulum.