The distances usually vary. If you are playing with older children, you should have the distance be at least 10 ft between persons. However, if you are playing with younger kids (6 and younger) consider making the distance between persons more like 4-6ft. Always start at a distance that seems easy to your partner and you, then every time you or your partner catches a throw(without the balloon breaking), both of you step back. Before you know it, this game is going to seem less like a boring stupid little kid activity and more like a super challenge!
false
well when the pressure get to much inside the membrane (ballon) burst. The pressure get to much when someone sits on it for example. Another reason it pops is because of a puncture in the ballon (a needle)
It depends on how long it takes for the charge to diminish so that it can no longer hold the balloon against gravity. Principal factors will be the conductivity of the balloon's material, and the humidity of the air.
If they are put in contact with each other yes.
Both, the water molecules are cohesive to each other, and the outer water molecules are adhesive to the table surface.
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.
Rubbing a balloon against your hair creates a build-up of static electricity on the surface of the balloon, which then applies an opposite charge to your hair. This causes your hair strands, which are similarly charged, to repel each other and stand on end.
Rubbing your hair with a balloon transfers some of the balloon's electrons to your hair, creating a static charge. The like charges between your hair and the balloon repel each other, causing your hair to stand on end.
When you rub a balloon against your hair, it creates static electricity. This transfer of electrons from the balloon to your hair causes the individual strands of your hair to become positively charged and repel each other, making them stand up.
Under water they are as buoyant as each other but on land the balloon will float away and the Styrofoam will stay.
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.
If the balloon with a negative charge is brought near the other balloon and they repel each other, it means the other balloon has a negative charge. If they attract each other, it means the other balloon has a positive charge. This happens due to the interaction of opposite charges (positive and negative) or similar charges (negative and negative).
You rub it on your hair. This causes static electricity, thus making your hair stand stick up.P.S:Sorry i know its not a big deal but it makes it sound like your hair was sitting and then it gets up.
To make hair stand with electricity, you can create a static charge by rubbing a balloon or comb against your hair. This will cause the hair strands to repel each other due to the static charge, making them stand up.
No, the rain drops evaporate, that means water become gaseous. In liquid stand (raindrops) the water molecules are more close to each other as in gaseous stand (vapor). As an example, water in clouds is in the liquid stand.
to under stand each other and listen to each other
Vinegar is an acid and baking soda is an alkali. If an acid and an alkali react with each other they produce a salt, water and hydrogen gas. the gas produced can be used to inflate the balloon.