the friction and electricity going through the object attracts another.
Static electricity
static electricity
This is because on the exact same place you rubbed the balloon on it will have electrons wich made it stick on the wall.
The static produced by the friction will make the balloon stick to the wall.
A balloon that has a static electric charge can stick to a wall because opposite charges attract each other. The balloon carries a negative charge, while the wall carries a positive charge (due to electrons being transferred from the wall to the balloon). This attraction between the opposite charges causes the balloon to stick to the wall.
static electricity
Static electricity
static electricity
static electricity
This is because on the exact same place you rubbed the balloon on it will have electrons wich made it stick on the wall.
The static produced by the friction will make the balloon stick to the wall.
A balloon that has a static electric charge can stick to a wall because opposite charges attract each other. The balloon carries a negative charge, while the wall carries a positive charge (due to electrons being transferred from the wall to the balloon). This attraction between the opposite charges causes the balloon to stick to the wall.
A rubbed balloon will stick to a wooden wall demonstrating the charge of static electricity. The friction of the rubbing of the balloon causes the charge to build.
The clothes have friction with the other clothes so that makes static electricity. The static lets the clothes stick, as a balloon sticks to a wall when you rub it on your hair.
Too heavy.Too heavy.Too heavy.Too heavy.
The balloon should have a small static electric charge which is enough to make it stick to the wall for a short time.
It depends on the wall. Grasshoppers don't have "sticky" feet like spiders, they have little grippers. A concrete wall? yes. A stucco wall? yes. Painted drywall? Probably not. They have to have something to grip.