.... ehh... hmmmn
Hmm..... The holy lord Chuck the Norris thought about them... BECAUSE THEY ARE PLASTIC YOU DUMB-ASS. EVERYONE KNOWS PLASTIC IS A GOOD INSULATOR! Actually the don't insulate sound... sorry about that. That was my pet alien. Kind regards, Makarov Shepherd-Roach xxx ooo if ur a fit freakin teenage girl
The hypothesis of a string phone experiment is that sound can travel through a taut string between two cups. This suggests that the vibrations produced when speaking into one cup can be transmitted through the string and heard on the other cup, demonstrating the concept of sound transmission through a medium.
sound is able to travel along a string by something thats called sound waves! The vibration from a voice/sound , it travels along the string until it comes in contact with an ending point with is anoth cup or aboject whwich allows you to hear the sound
To make telephone cups, you will need two paper or plastic cups, a long piece of string, and a sharp object like a pencil. Poke a small hole in the bottom of each cup. Thread the string through the holes, tying a knot inside each cup to secure it. Pull the string tight so the cups are connected, and then talk into one cup while holding the other to your ear to hear the sound travel through the string.
String telephones work by transmitting sound waves through a taut string or wire. When one person speaks into the cup at one end, the sound waves travel along the string and vibrate the cup at the other end, allowing the other person to hear the sound. This simple method of sound transmission is based on the principle of mechanical vibrations traveling through a medium, in this case, the string.
Heat will travel faster through a glass cup than a plastic cup because glass is a better conductor of heat than plastic. This means that heat will transfer more quickly through the glass, making it heat up or cool down faster compared to the plastic cup.
Hmm..... The holy lord Chuck the Norris thought about them... BECAUSE THEY ARE PLASTIC YOU DUMB-ASS. EVERYONE KNOWS PLASTIC IS A GOOD INSULATOR! Actually the don't insulate sound... sorry about that. That was my pet alien. Kind regards, Makarov Shepherd-Roach xxx ooo if ur a fit freakin teenage girl
The hypothesis of a string phone experiment is that sound can travel through a taut string between two cups. This suggests that the vibrations produced when speaking into one cup can be transmitted through the string and heard on the other cup, demonstrating the concept of sound transmission through a medium.
It is a long plastic trumpet.
sound is able to travel along a string by something thats called sound waves! The vibration from a voice/sound , it travels along the string until it comes in contact with an ending point with is anoth cup or aboject whwich allows you to hear the sound
To make telephone cups, you will need two paper or plastic cups, a long piece of string, and a sharp object like a pencil. Poke a small hole in the bottom of each cup. Thread the string through the holes, tying a knot inside each cup to secure it. Pull the string tight so the cups are connected, and then talk into one cup while holding the other to your ear to hear the sound travel through the string.
String telephones work by transmitting sound waves through a taut string or wire. When one person speaks into the cup at one end, the sound waves travel along the string and vibrate the cup at the other end, allowing the other person to hear the sound. This simple method of sound transmission is based on the principle of mechanical vibrations traveling through a medium, in this case, the string.
The string must be pulled taut in order for the phone to work. Longitudinal waves travel through a medium by a process of compression and rarefaction, which in this case alters the tension of the string. If the string is not taut, the alterations in tension will not vibrate the listener's cup. Similarly, elastic strings will not work properly, because the wave will just stretch the string without vibrating the listener's cup. Don't let the string come into contact with any other objects, as this will partially divert the sound wave into the object, causing a weaker signal on the receiving end. Speaking into the cup transmits the sound of the speaker's voice into the bottom of the cup. The bottom of the cup acts as a diaphragm and vibrates with the sound of the speaker's voice. As the bottom of the cup vibrates, it transmits the vibrations into the taut string. The sound travels along the string as a longitudinal wave and ultimately vibrates the bottom of the receiving cup. The cup transmits the sound into the air around the listener's ear, allowing her to hear the speaker. Because the sound travels through solid mediums--the cup and the string--it travels more effectively than through air, allowing the users to communicate across large distances with volumes that would be inaudible if spoken through air
Any material through which any wave travels is called a medium. Ocean waves travel through the medium of seawater. Sound cannot travel through outer space, because there is no medium there to support sound waves. Mechanical waves such as sound and vibration require a medium through which to travel. Usually air, or a solid or liquid - matter in other words.
No, a plastic bottle is not a good insulator because it is a poor conductor of heat. Insulators work by minimizing the transfer of heat, and plastic is not as effective as materials like glass or ceramic.
Plastic is less dense than glass, so normally a plastic cup is considerably lighter than a glass cup, although in theory a very small glass cup could weigh less than a very large plastic cup.
Who was Tracy who drinks for a plastic cup