When a glass rod is rubbed against a cotton duster, electrons are transferred from the glass rod to the duster. This leaves the glass rod with a net positive charge. The process is known as triboelectric charging, where materials gain or lose electrons during friction.
When polythene is rubbed with a duster, electrons from the duster are transferred to the polythene rod, giving the rod an excess of electrons and making it negatively charged. This transfer of electrons creates an imbalance of positive and negative charges on the surfaces, resulting in the rod becoming negatively charged.
When you rub the balloon with a duster, electrons are transferred from the duster to the balloon. This excess of electrons on the balloon gives it a negative charge. Electrons are negatively charged particles, so when they are transferred to an object, that object becomes negatively charged.
Rubbing a plastic comb with a duster transfers electrons from the duster to the comb due to friction. This process leaves the comb with extra negative charge, making it negatively charged.
Rubbing a polythene rod with a duster can transfer electrons and create a charge imbalance (like triboelectric charging). If the polythene rod gains electrons during rubbing, it will become negatively charged, meaning the duster could potentially lose positive charge, but the overall charge conservation principle still applies.
A glass rod can be charged by rubbing it with a duster. When the duster rubs against the glass rod, electrons are transferred between the two materials, resulting in the glass rod becoming negatively charged.
When polythene is rubbed with a duster, electrons from the duster are transferred to the polythene rod, giving the rod an excess of electrons and making it negatively charged. This transfer of electrons creates an imbalance of positive and negative charges on the surfaces, resulting in the rod becoming negatively charged.
When you rub the balloon with a duster, electrons are transferred from the duster to the balloon. This excess of electrons on the balloon gives it a negative charge. Electrons are negatively charged particles, so when they are transferred to an object, that object becomes negatively charged.
Rubbing a plastic comb with a duster transfers electrons from the duster to the comb due to friction. This process leaves the comb with extra negative charge, making it negatively charged.
Rubbing a polythene rod with a duster can transfer electrons and create a charge imbalance (like triboelectric charging). If the polythene rod gains electrons during rubbing, it will become negatively charged, meaning the duster could potentially lose positive charge, but the overall charge conservation principle still applies.
A glass rod can be charged by rubbing it with a duster. When the duster rubs against the glass rod, electrons are transferred between the two materials, resulting in the glass rod becoming negatively charged.
When an acetate strip is charged by rubbing, it acquires a negative charge. This is because acetate is a type of material that tends to lose electrons easily when rubbed, causing it to become negatively charged.
Both are originally have equal electrons and protons. After rubbing, electrons move to the duster, from the rod. The duster, as it gains electrons, has more electrons than protons, therefore becoming negatively charged. The rod, losing electrons, becomes negatively charged. then, the rod is able to momentarily pick up little bits of paper for short periods at a time.
When an acetate rod is rubbed with a duster, it acquires a negative charge. This is because the acetate rod has a higher affinity for electrons compared to the duster, leading to the transfer of electrons from the duster to the acetate rod.
Duster is called "धूलपट" in Sanskrit.
a man named duster
duster = Staubtuch duster = Staublappen duster = Staubwedel to dust = abstauben, Staub wischen, entstauben to dust (cookery) = bestreuen, to dust (botany) = bestäuben
the duster came out in 1970.