Friction will give a positive charge to a neutral object by conduction. This is done by rubbing two different materials together.
Electrons can move from object to object. Electrons have a negative charge. So if an object is determined to have a positive charge, then some of the electrons have moved from the object to somewhere else. Something with a neutral charge has the same number of electrons [-] and protons [+]. If electrons [-] leave, then there will be more protons, and a net positive charge. If an object gains electrons, then the object has a net negative charge.
The numbers of protons and of electrons in a neutral object are the same.
If a neutral object loses negative charge, then all we can say is that the objectwill be positively charged. We don't know anything about force until we knowhow much net positive charge it has, what othercharged object is in theneighborhood, what the size and sign of thatone's charge is, and the distancebetween the two objects.
This statement is not accurate. A charged object can still interact with an object that has no charge through electrostatic forces. The charged object can induce a charge on the neutral object and attract or repel it, depending on the type of charges involved.
Well the metal would obviously attract a charged particle for its charge less surface. The only possible way would be placing a positively charged object on the other side of the negative charged object such that it could counter effect the coulombian pull on the negative charge due to the metal. To keep the positive charge in place it would need to place it within oppositely charged electronic plates. This needs more amendments but thats another topic. When a charged object touches metal, the end result is usually what is known as a static shock.
If an object has both positive and negative charges in different regions, it can still have an overall neutral charge if the total amount of positive charge is equal to the total amount of negative charge. This results in a cancellation of the charges, making the object neutral overall.
A neutral pith ball is still "charged", it just doesn't display excessively charged behavior. Since it is neutral, having nearly equal positive and negative charge, the proximity of the positively charged pith ball still attracts the negative charge present in the ball, inducing polarization moving the ball closer to the positively charged one. Once they make contact, the conductibility of the pith ball quickly accepts excess charge from the other, creating a like charge repulsion.
A positive object is attracted to negative objects and repelled by other positive objects. A neutral object does not attract or repel other objects based on their charge.
No, a neutral object does not contain any net charge. This means that the positive and negative charges within the object balance each other out, resulting in a net neutral charge.
No. It is neutral.
Charge transfer between a positive and neutral object occurs through the movement of electrons from the negative area of the neutral object to the positive object. This movement of electrons establishes an electric field between the two objects, causing the transfer of charge until equilibrium is reached.
The object with zero charge is electrically neutral.
It has a positive charge.
An object that has equal numbers of positive and negative charges is called electrically neutral. This means that the overall charge of the object is zero, as the positive and negative charges cancel each other out. Examples include a neutral atom or a neutral molecule.
In the context of physics, positive and neutral particles do not attract each other. Positive and neutral particles do not have opposite charges, so they do not exhibit electrostatic attraction. However, positive and neutral particles can interact through other forces, such as gravity or the strong nuclear force.
A charged body with a net positive charge can attract a neutral body. When a positively charged object is brought near a neutral object, the positive charges in the neutral object will be attracted to the negative charges in the positively charged object, causing an attraction between the two objects.
As equal amount of positive and negative charges are there then the net charge on the object is the algebraical sum of them and hence it becomes zero. So chargeless.