The sound is caused by the static electricity created when the balloon is rubbed against the metal surface. This static charge generates friction-induced vibrations in the balloon's material, producing the noise.
No, a balloon filled with static electricity will not stick to metal if rubbed against your head. The static charge on the balloon and your head would not be strong enough to hold the balloon to the metal.
When a metal rod is rubbed against a polythene bag or sweater, the rod becomes charged with static electricity. The metal rod may be attracted to the polythene bag or sweater due to the opposite charges present on each material.
When sandpaper is rubbed against rusty metal, friction is generated between the sandpaper and the metal surface. This friction causes heat to be produced due to the resistance between the two surfaces. The heat is a result of the kinetic energy being converted into thermal energy.
Plastic is a very good insulator. As such, if it come in contacts with another type of material, electrons may be added or removed from the insulator. When an object becomes positively or negatively charged, it may stick to other types of objects through electron interactions.
Rubbed plastic objects tend to hold onto their charge because they are insulators, meaning that they do not easily allow charge to flow. Rubbed metal objects, on the other hand, are conductors and can easily lose their charge as the electrons can move freely within the material and dissipate.
No, a balloon filled with static electricity will not stick to metal if rubbed against your head. The static charge on the balloon and your head would not be strong enough to hold the balloon to the metal.
When a metal rod is rubbed against a polythene bag or sweater, the rod becomes charged with static electricity. The metal rod may be attracted to the polythene bag or sweater due to the opposite charges present on each material.
When sandpaper is rubbed against rusty metal, friction is generated between the sandpaper and the metal surface. This friction causes heat to be produced due to the resistance between the two surfaces. The heat is a result of the kinetic energy being converted into thermal energy.
When a metal rod is rubbed with wool, it gets energized because the metal rod and wool both have opposite effects.
A 'metal filing ' is a tiny piece of metal that is rubbed off from a large piece by a file.
Plastic is a very good insulator. As such, if it come in contacts with another type of material, electrons may be added or removed from the insulator. When an object becomes positively or negatively charged, it may stick to other types of objects through electron interactions.
Rubbed plastic objects tend to hold onto their charge because they are insulators, meaning that they do not easily allow charge to flow. Rubbed metal objects, on the other hand, are conductors and can easily lose their charge as the electrons can move freely within the material and dissipate.
A balloon can become charged by rubbing it against a different material like wool or hair, causing a transfer of electrons. This imbalance of electrons creates a charge on the balloon. To discharge the balloon, it can be touched to a conductor like a metal object, allowing the excess electrons to flow away.
When a metal rod is rubbed together with silk, electrons transfer from the metal rod to the silk due to the difference in their electron affinities. This creates a charge imbalance, with the metal rod acquiring a positive charge and the silk a negative charge. This is known as triboelectric charging.
The balloon becomes negatively charged due to the transfer of electrons from the cloth. When the negatively charged balloon comes in contact with the metal strip, electrons will flow from the strip to the balloon, neutralizing the charge on the balloon. This process is known as static discharge.
No. It is not possible. Because as soon as balloon touches the metal charges would be conducted.
use a metal spatula, and apply dish soap to the balloon so it can wash off easier