When polyethylene is rubbed against silk, electrons are transferred from the silk to the polyethylene, causing the polyethylene to become negatively charged. This is because polyethylene has a higher electron affinity compared to silk, which means it has a greater ability to attract and hold onto electrons.
When glass is rubbed, it tends to acquire a negative charge. This is due to the transfer of electrons from the material it is rubbed against to the glass, causing an imbalance in charge and resulting in a negative charge on the glass.
When a balloon is rubbed on your hair, electrons are transferred from your hair to the balloon, giving the balloon a negative charge and your hair a positive charge. This results in an overall negative net charge on the balloon.
The object is described as negatively charged or having acquired a negative charge. This occurs because it gains excess electrons when rubbed against another object, causing it to have an imbalance of negative charges.
Amber becomes negatively charged when rubbed with nylon. This is due to the transfer of electrons from the amber to the nylon, leaving the amber with an excess of electrons and thus a negative charge.
The silk blouse will acquire a positive charge when rubbed with the wool socks due to the triboelectric effect. Wool has a tendency to lose electrons when rubbed against other materials, transferring a positive charge to the silk blouse.
When glass is rubbed, it tends to acquire a negative charge. This is due to the transfer of electrons from the material it is rubbed against to the glass, causing an imbalance in charge and resulting in a negative charge on the glass.
The cloth is left with a negative charge when rubbed against perspex due to transfer of electrons from the perspex to the cloth.
Rubbed wool does not have a specific negative charge; rather, it becomes negatively charged when it is rubbed against certain materials, like plastic. This occurs due to the transfer of electrons, with wool losing electrons and becoming positively charged, while the other material gains those electrons and becomes negatively charged. Therefore, the charge of rubbed wool itself is typically positive, not negative.
Yes, when polythene is rubbed against a steel spoon, the two materials become charged due to the transfer of electrons between them. The polythene gains a negative charge, while the steel spoon gains a positive charge.
When a balloon is rubbed on your hair, electrons are transferred from your hair to the balloon, giving the balloon a negative charge and your hair a positive charge. This results in an overall negative net charge on the balloon.
The object is described as negatively charged or having acquired a negative charge. This occurs because it gains excess electrons when rubbed against another object, causing it to have an imbalance of negative charges.
Amber becomes negatively charged when rubbed with nylon. This is due to the transfer of electrons from the amber to the nylon, leaving the amber with an excess of electrons and thus a negative charge.
The silk blouse will acquire a positive charge when rubbed with the wool socks due to the triboelectric effect. Wool has a tendency to lose electrons when rubbed against other materials, transferring a positive charge to the silk blouse.
A polythene rod acquires a negative charge when rubbed with a duster. This is because electrons are transferred from the duster to the polythene rod, leaving the rod with an excess of electrons and a negative charge.
Rubbing silk on a balloon causes the balloon to acquire a negative charge. This is because silk tends to lose electrons when rubbed against the balloon, leaving the balloon with a surplus of electrons and therefore a negative charge.
Rubbing a balloon against a wall transfers electrons from the wall to the balloon, giving the balloon a negative charge. This charge causes the balloon to stick to the wall due to electrostatic attraction.
When a balloon is rubbed with a wooden sleeve, it gains a negative charge. This happens because electrons are transferred from the atoms in the wooden sleeve to the atoms in the balloon, leaving the balloon with an excess of electrons and thus a negative charge.