The minimum charge on an object is the charge of an electron, which is approximately -1.6 x 10^-19 coulombs.
When an object is charged by contact, the object getting the charge has the same charge compared with that of the object giving the charge. so if the object giving the charge has a positive charge, so does the object getting the charge
Depends on the charge (and conductivity) of the "other" object.
Electrons move onto the object, giving it a static charge. Apex ;)
When the conduction of an object changes, the charge of the object remains the same. Changing the conduction process affects how the charge is distributed or how easily it can flow within the object, but the total amount of charge in the object does not change.
To charge an object negatively with the help of a positive charge, you can use a process called induction. By bringing a positively charged object close to the object you want to charge negatively, the positive charge will attract the negative charges in the object, causing them to move away. This leaves the object with a net negative charge.
The minimum amount of charge that can be given to any object is the charge of an electron, which is approximately ( -1.6 \times 10^{-19} ) coulombs. This is considered the fundamental unit of charge in physics.
When an object is charged by contact, the object getting the charge has the same charge compared with that of the object giving the charge. so if the object giving the charge has a positive charge, so does the object getting the charge
Depends on the charge (and conductivity) of the "other" object.
Electrons move onto the object, giving it a static charge. Apex ;)
When the conduction of an object changes, the charge of the object remains the same. Changing the conduction process affects how the charge is distributed or how easily it can flow within the object, but the total amount of charge in the object does not change.
To charge an object negatively with the help of a positive charge, you can use a process called induction. By bringing a positively charged object close to the object you want to charge negatively, the positive charge will attract the negative charges in the object, causing them to move away. This leaves the object with a net negative charge.
An object with a positive charge has an excess of protons compared to electrons.
They attract.
The object with zero charge is electrically neutral.
The object will get a negative charge. When a positively-charged rod is brought near the object, it polarizes the charges in the object, causing the electrons to move away from the rod, leaving the object with a net negative charge.
When an isolated object becomes charged by induction, the net charge on the object remains zero. This is because the charge is redistributed within the object but the total amount of charge does not change.
the object will have neutral charge