Rubbing your head with a balloon creates more static electricity than dragging your feet across the carpet. This is because the friction between the balloon and your hair generates a larger amount of static charge.
Rubbing a balloon creates static electricity. This is when the friction between the balloon and another object causes electrons to be transferred, leading to a buildup of static charge on the balloon.
Rubbing a balloon on hair creates static electricity because the friction between the two surfaces causes electrons to transfer from one to the other. This imbalance of electrons creates a negative charge on the balloon and a positive charge on the hair, leading to the attraction and repulsion of the charges, resulting in static electricity.
Rubbing a balloon over fabric creates static electricity, causing the balloon to become negatively charged. The negatively charged balloon will then be attracted to positively charged objects, such as certain types of fabric or even hair, due to an opposing charge.
Static electricity.
Rubbing the balloon against your dry hair transfers electrons from your hair to the balloon, giving the balloon a negative charge. When you then place the negatively charged balloon against the wall, it creates an attraction with the positive charges in the wall, causing the balloon to stick due to static electricity.
Rubbing a balloon creates static electricity. This is when the friction between the balloon and another object causes electrons to be transferred, leading to a buildup of static charge on the balloon.
Rubbing a balloon on hair creates static electricity because the friction between the two surfaces causes electrons to transfer from one to the other. This imbalance of electrons creates a negative charge on the balloon and a positive charge on the hair, leading to the attraction and repulsion of the charges, resulting in static electricity.
Rubbing a balloon over fabric creates static electricity, causing the balloon to become negatively charged. The negatively charged balloon will then be attracted to positively charged objects, such as certain types of fabric or even hair, due to an opposing charge.
you are creating static electricity when you rubs ballon to your head. I love to shock my sister after rubbing my feet on the carpet, which is also static electricity. (if you can shock some one by just simply touching them, it's static electricity.)
Static electricity.
Rubbing the balloon against your dry hair transfers electrons from your hair to the balloon, giving the balloon a negative charge. When you then place the negatively charged balloon against the wall, it creates an attraction with the positive charges in the wall, causing the balloon to stick due to static electricity.
Rubbing a balloon on your head creates static electricity. The balloon becomes negatively charged, which attracts the positively charged paper bits. This attraction causes the paper bits to stick to the balloon.
Yes, the amount of rubbing can impact the amount of static electricity generated on a balloon. Rubbing creates friction between the balloon and the material rubbed against, causing the transfer of electrons and building up static charge on the balloon. More rubs can result in a stronger static charge.
Rubbing a balloon on your hair creates static electricity, which causes your hair to have a positive charge. The balloon, in turn, becomes negatively charged. Opposite charges attract, so the negatively charged balloon will attract the positively charged hair, causing it to stick to the balloon.
Rubbing plastic wrap on a balloon creates static electricity. The friction between the materials transfers electrons, causing the balloon to become negatively charged. This can cause the balloon to stick to surfaces or be attracted to other objects.
Rubbing a balloon on your hair transfers electrons from your hair to the balloon, creating a build-up of static electricity. The rubber balloon's insulating material helps to trap the charge, leading to the balloon becoming charged.
Rubbing the balloon on a sweater creates static electricity on its surface, giving it a positive charge. When brought close to a wall, which typically has a negative charge, the two opposite charges attract each other, causing the balloon to stick to the wall.