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It takes a certain amount of force to push a pin into a balloon to pop it. When you put the balloon on the pins the weight of the balloon is creating the force pushing on it. When there are many pins this force is shared by the many pins. If the weight of the balloon were 20 milligrams and there were 20 pins, each pin would only be pushing against the balloon with a force of 1 milligram. If it takes 5 milligrams pushing a pin into a balloon to pop it no one pin is pushing that hard. On the other hand if it were resting on three or fewer pins it would pop. [NOTE: I have no idea how much balloons weigh nor how many milligrams of force pressing a pin into a balloon is required to burst it. The numbers given are for illustrative purposes only. ]
yes. tried it.
ughm i think because when u pass a balloon on your head it make your hair move with it also.
The rubbing generates Static Electricity charges, and since the positive and negative attract each other, the two balloons stick together.
When you rub one balloon with wool, and then rub another balloon with wool, we can safely assume that both balloons acquire the same kind of charge. So when you try to bring them together, they'll repel each other (push apart).
It's due to static electricity build up. The balloons have become charged with electricity and it is the same charge on both balloons (either positive or negative). Opposite charges attract, identical charges repel each other.
It's due to static electricity build up. The balloons have become charged with electricity and it is the same charge on both balloons (either positive or negative). Opposite charges attract, identical charges repel each other.
-- There is a force of attraction between them. -- If the charges were big enough, a spark would jump between the balloons and equalize the charges. -- That would require a huge charge, so there's no spark. But if you allow the balloons to touch, then electrons eventually flow from the negative one to the positive one, and the charges equalize.
A water balloon is filled with water, and other balloons are filled with air or helium.
It takes a certain amount of force to push a pin into a balloon to pop it. When you put the balloon on the pins the weight of the balloon is creating the force pushing on it. When there are many pins this force is shared by the many pins. If the weight of the balloon were 20 milligrams and there were 20 pins, each pin would only be pushing against the balloon with a force of 1 milligram. If it takes 5 milligrams pushing a pin into a balloon to pop it no one pin is pushing that hard. On the other hand if it were resting on three or fewer pins it would pop. [NOTE: I have no idea how much balloons weigh nor how many milligrams of force pressing a pin into a balloon is required to burst it. The numbers given are for illustrative purposes only. ]
Like (same) charges repel.
what happen to the clothes hanger if you clip balloons on each side then pricked one balloon on the other side
Balloon factories. What were you expecting, "When a Mommy balloon and a Daddy balloon love each other very much..." ? NO! That is just wrong! Balloons can not do that obviously! They come from ballon factories in California. Sometimes they can also be made in different kinds of factories. Now, THAT is the right answer!
It depends on the balloon. They are usually made out of rubber. Mylar is also a common material, and the mylar balloons often contain aluminum. If you mean hot air balloons, they are made out of cloth and other materials.
If its a yellow balloon, its a regular present like the other balloons. But if the balloon is gold and it has a tool box attached its a golden slingshot. Glad I could help!
It's due to static electricity build up. The balloons have become charged with electricity and it is the same charge on both balloons (either positive or negative). Opposite charges attract, identical charges repel each other.
Get shot by the other player (1 balloon for each hit)Crash the plane (half of your balloons rounded down)Scrape them on a solid object (1 balloon for each hit)