Electric charges in the comb and hair attract.
The comb attracts the bits of paper when you rub it against your hair because your hair becomes charged with static electricity as the comb runs through it. The charged hair acts as a magnet, allowing the paper bits to stick to the comb. When the comb and paper bits are initially placed together without running through hair, there is no transfer of static charge to attract the paper.
If the comb is positively charged, it will attract negatively charged particles in your hair, causing your hair strands to stick together or stand on end due to static electricity.
Yes, rubbing a comb on the hair creates static electricity which can attract small bits of paper when they come close. The electric charge on the comb will cause the bits of paper to stick to it momentarily.
If a comb becomes negatively charged after being pulled through your hair, it suggests that your hair has a positive charge. This is because opposite charges attract, so the comb's negative charge likely resulted from electrons being transferred from your hair to the comb, leaving your hair positively charged.
When a comb is run through dry hair, it becomes charged with static electricity due to the friction between the comb and hair. The non conductive paper is attracted to the comb because of this buildup of static electricity, causing the paper bits to stick to the comb.
The comb attracts the bits of paper when you rub it against your hair because your hair becomes charged with static electricity as the comb runs through it. The charged hair acts as a magnet, allowing the paper bits to stick to the comb. When the comb and paper bits are initially placed together without running through hair, there is no transfer of static charge to attract the paper.
If the comb is positively charged, it will attract negatively charged particles in your hair, causing your hair strands to stick together or stand on end due to static electricity.
Yes, rubbing a comb on the hair creates static electricity which can attract small bits of paper when they come close. The electric charge on the comb will cause the bits of paper to stick to it momentarily.
Hair is attracted to a comb because of the buildup of static electricity on the comb and on the hair. This buildup occurs when you pass the comb through the hair, and can be reduced or eliminated by adding a little bit of water to the comb or to the hair. Depending on the material of the comb, either the comb will be positively charged and the hair negatively charged, or it could be the other way around. Since opposing charges attract each each, the hair then is attracted to the comb.
If a comb becomes negatively charged after being pulled through your hair, it suggests that your hair has a positive charge. This is because opposite charges attract, so the comb's negative charge likely resulted from electrons being transferred from your hair to the comb, leaving your hair positively charged.
When a comb is run through dry hair, it becomes charged with static electricity due to the friction between the comb and hair. The non conductive paper is attracted to the comb because of this buildup of static electricity, causing the paper bits to stick to the comb.
no , because it is a temporary .the charge will remain displaced for 1- 3 Min's
When we comb dry hair, it generates static electricity. This static charge can attract lightweight objects like pieces of paper due to the opposite charges between the hair and the paper. The friction between the comb and the hair creates this static electricity, causing the paper to stick to the hair.
When a comb is brought near pieces of paper, the comb might attract small bits of paper due to static electricity. This occurs because rubbing the comb against hair or fabric creates a charge imbalance on the comb, causing it to become temporarily charged and attract light objects like pieces of paper.
When you rub a comb on dry hair, it generates static electricity. This static charge causes the comb to attract small pieces of paper because the paper bits become negatively charged, while the positively charged comb attracts them.
Rubbing a comb against a piece of wood can create a static charge on the comb due to friction. The comb may attract small lightweight objects such as paper or hair because of the static electricity generated.
when you comb your hair the force you use is a pull force.