When the rubbed balloon is brought close to the can, electrons will transfer from the can to the balloon, creating a net positive charge on the can. This causes the can to be attracted to the negatively charged balloon, leading to the can moving towards the balloon until they touch or reach a balance in the electrostatic forces.
The can will be attracted towards the balloon due to static electricity. The rubbing of the balloon with the woollen cloth creates a charge imbalance, causing the can to be attracted to the charged balloon. This is due to the principle of static electricity where opposite charges attract each other.
When a charged balloon is brought close to a wall, the charges on the balloon induce an opposite charge on the wall due to electrostatic induction. This causes the wall to be attracted to the balloon. If the charges on the balloon are strong enough, the wall may even stick to the balloon momentarily.
Rubbing a balloon on a polymer generates static electricity, causing the balloon to become negatively charged. When the negatively charged balloon is brought close to a neutral surface, such as a wall, it polarizes the atoms in the wall, causing the wall to develop a temporary positive charge. The opposite charges attract, resulting in the balloon sticking to the wall temporarily.
they will repel
The bits of paper were attracted to the charged balloon because of the static electricity. This attraction caused the bits of paper to move towards the balloon.
The can will be attracted towards the balloon due to static electricity. The rubbing of the balloon with the woollen cloth creates a charge imbalance, causing the can to be attracted to the charged balloon. This is due to the principle of static electricity where opposite charges attract each other.
When a charged balloon is brought close to a wall, the charges on the balloon induce an opposite charge on the wall due to electrostatic induction. This causes the wall to be attracted to the balloon. If the charges on the balloon are strong enough, the wall may even stick to the balloon momentarily.
Rubbing a balloon on a polymer generates static electricity, causing the balloon to become negatively charged. When the negatively charged balloon is brought close to a neutral surface, such as a wall, it polarizes the atoms in the wall, causing the wall to develop a temporary positive charge. The opposite charges attract, resulting in the balloon sticking to the wall temporarily.
they will repel
The bits of paper were attracted to the charged balloon because of the static electricity. This attraction caused the bits of paper to move towards the balloon.
Charging a balloon creates static electricity, which induces a temporary electric field around the balloon. When the charged balloon is brought close to a stream of water, the water molecules polarize and are attracted to the charged balloon, causing them to bend towards it.
They will repel each other. When ebonite is rubbed, it becomes negatively charged, causing the pieces to repel due to the like charges on each surface.
Rubbing the balloon on the sweater creates a static charge imbalance on the balloon's surface, making it negatively charged. When brought close to a wall, which is usually neutrally charged, the negative charges on the balloon attract the positive charges in the wall, causing the balloon to stick due to electrostatic forces.
When a charged balloon is brought close to an empty pop can, the negative charge on the balloon induces a positive charge on the can due to electrostatic induction. The opposite charges attract each other, creating a force that causes the can to roll towards the balloon.
The repel each other.
No not even close that will never happen sorry if that brought you down
If the stream of lighter fluid containing hexane is brought close to a charged pen or balloon, there is a potential risk of combustion or ignition due to the flammable nature of hexane. The presence of static electricity from the charged pen or balloon can create a spark that may ignite the hexane vapor, resulting in a fire or explosion. It is important to avoid such situations to prevent accidents.