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The initial charge on a pith ball is typically neutral, meaning it does not have a net positive or negative charge. It can be charged by bringing a charged object near it, inducing a separation of charges within the pith ball.

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1y ago

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How does touching a small pith ball take away the charge on the pith ball?

The 'charge' in the pith ball is actually caused by too many or too little electrons. When you touch the ball, these billions of electrons would rather move to your nice, moist skin, than stay in the dry pith ball, because your skin is a better conductor than pith is.


How is the pith-ball charged when it is repelled by glass rod?

When the glass rod is rubbed with a cloth, it acquires a positive charge by gaining electrons. When the charged glass rod is brought close to the pith ball, the negative charges in the pith ball are repelled, causing the pith ball to become positively charged by induction.


What happens when you move the ebonite rod closer and further away from the pith ball what charges happen to the pith ball?

When you move the ebonite rod closer to the pith ball, the pith ball becomes negatively charged due to the transfer of electrons from the rod to the ball (inducing a positive charge on the rod). When you move the rod away, the pith ball returns to its neutral state as the charges redistribute.


What happen to the pith ball when the plastic rod rub with fur cloth is brought near it?

Assuming the pith ball is uncharged, and the rod isn't touching it: The electron particles on the fur will have come off on the rod, giving it a negative charge. As a result, the pith ball will be attracted to the rod because all uncharged matter is attracted to charge matter.


Can you tell whether a pith ball electroscope is charged just by looking at it?

Typically, a pith ball electroscope is charged if the pith balls are either attracted or repelled from each other. This indicates an excess of positive or negative charge. Without observing the behavior of the pith balls, it may not be possible to determine the charge of the electroscope just by looking at it.

Related Questions

If a negatively charged polyethylene strip touches a neutral pith ball what charge will it have?

The pith ball will have a negative charge after touching the negatively charged polyethylene strip. This is because electrons are transferred from the strip to the pith ball, leaving the pith ball with a net negative charge.


How does touching a small pith ball take away the charge on the pith ball?

The 'charge' in the pith ball is actually caused by too many or too little electrons. When you touch the ball, these billions of electrons would rather move to your nice, moist skin, than stay in the dry pith ball, because your skin is a better conductor than pith is.


How is the pith-ball charged when it is repelled by glass rod?

When the glass rod is rubbed with a cloth, it acquires a positive charge by gaining electrons. When the charged glass rod is brought close to the pith ball, the negative charges in the pith ball are repelled, causing the pith ball to become positively charged by induction.


How does touch a small pith ball take away the charge on the pith ball?

The 'charge' in the pith ball is actually caused by too many or too little electrons. When you touch the ball, these billions of electrons would rather move to your nice, moist skin, than stay in the dry pith ball, because your skin is a better conductor than pith is.


What happens when you move the ebonite rod closer and further away from the pith ball what charges happen to the pith ball?

When you move the ebonite rod closer to the pith ball, the pith ball becomes negatively charged due to the transfer of electrons from the rod to the ball (inducing a positive charge on the rod). When you move the rod away, the pith ball returns to its neutral state as the charges redistribute.


What happen to the pith ball when the plastic rod rub with fur cloth is brought near it?

Assuming the pith ball is uncharged, and the rod isn't touching it: The electron particles on the fur will have come off on the rod, giving it a negative charge. As a result, the pith ball will be attracted to the rod because all uncharged matter is attracted to charge matter.


Can you tell whether a pith ball electroscope is charged just by looking at it?

Typically, a pith ball electroscope is charged if the pith balls are either attracted or repelled from each other. This indicates an excess of positive or negative charge. Without observing the behavior of the pith balls, it may not be possible to determine the charge of the electroscope just by looking at it.


What happens to the pith ball when the plastic rod rubbed with silk cloth is brought near it?

The pith ball will be attracted to the plastic rod because the rod acquires a negative charge when rubbed with silk. This causes the pith ball, which is neutral, to be attracted to the rod due to the opposite charges.


What is pith ball?

Lightweight pith balls help to show electrostatic attraction and repulsion.A pith ball picks up electric charge.


Why ball in the pith ball electroscope has to have a small mass?

The ball in a pith ball elecroscope is small because the ball must be able to move with little forces. If the ball had a large mass it would be difficult for a small force of attraction to occur.


You are given two objects made from different materials. How could you use a pith ball electroscope to learn which material holds on to its electrons more strongly?

You can charge each material by rubbing it with a cloth to transfer electrons. Then, bring each material close to the pith ball electroscope without touching it. The material that causes the pith ball to deflect more significantly is the one that holds on to its electrons more strongly.


How could you use a pith ball electroscope to learn which two objects that are made from different materials hold on its electrons more strongly?

You could charge the pith ball electroscope by rubbing the two objects separately and observing which one causes the pith ball to deflect more. The object that causes stronger deflection has electrons with stronger hold, indicating that it holds on to its electrons more strongly compared to the other object.