Water is attracted to a charged balloon because the balloon's electric charge creates an electric field that polarizes the water molecules, causing them to be attracted to 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.
This phenomenon occurs due to the principles of electrostatics. When the charged balloon is brought close to the stream of water, it polarizes the water molecules, causing them to be attracted to the balloon. When the balloon is charged again, it may have the opposite charge, leading to the repulsion of the water stream due to like charges repelling each other.
When a balloon is charged, it gains an excess of either positive or negative charge. An uncharged balloon is neutral, so it does not exert any electrostatic force. The charged balloon is then attracted to the uncharged balloon due to the electrostatic force between them, as opposite charges attract each other.
When you rub a balloon on your hair, it creates static electricity. The static charge in the balloon causes the balloon and your hair to have opposite charges, making them attracted to each other. The positively charged hair is attracted to the negatively charged balloon, causing the hair to stick up.
they will repel
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.
This phenomenon occurs due to the principles of electrostatics. When the charged balloon is brought close to the stream of water, it polarizes the water molecules, causing them to be attracted to the balloon. When the balloon is charged again, it may have the opposite charge, leading to the repulsion of the water stream due to like charges repelling each other.
When a balloon is charged, it gains an excess of either positive or negative charge. An uncharged balloon is neutral, so it does not exert any electrostatic force. The charged balloon is then attracted to the uncharged balloon due to the electrostatic force between them, as opposite charges attract each other.
Due to electrostatic induction
If charge on the balloon is induced due to the charge of the glass rod then there will be opposite charge and so balloon gets attracted by the rod. Unlike charges do attract each other
When you rub a balloon on your hair, it creates static electricity. The static charge in the balloon causes the balloon and your hair to have opposite charges, making them attracted to each other. The positively charged hair is attracted to the negatively charged balloon, causing the hair to stick up.
they will repel
When a balloon is rubbed against hair or fabric, it becomes charged with static electricity. The charged balloon creates an electric field around it. The small bits of paper are also charged or polarized by the electric field of the balloon, causing them to be attracted to the balloon.
A charged balloon will attract a full soda can. The balloon will induce a polarized charge distribution on the can, causing opposite charges to be attracted to each other.
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.
This effect occurs due to the polarization of the water molecules. Initially, the balloon causes the water molecules to align in such a way that the positive side is attracted to the balloon. Upon repetition, this alignment can reverse, leading to a repelling force between the balloon and the stream of water.
The charged balloon creates an electric field around it, which polarizes the small bits of paper, causing them to be attracted towards the balloon. This is due to the interaction between the charged balloon's electric field and the charges within the paper.