An object becomes positively charged if it loses electrons. This is because electrons have a negative charge, so the less of them there are in an object, the stronger the positive charge is.
A positively charged object has a net positive charge. But actually, there are both positively and negatively charged particles; it is just that there are more positive than negative charges.A positively charged object has a net positive charge. But actually, there are both positively and negatively charged particles; it is just that there are more positive than negative charges.A positively charged object has a net positive charge. But actually, there are both positively and negatively charged particles; it is just that there are more positive than negative charges.A positively charged object has a net positive charge. But actually, there are both positively and negatively charged particles; it is just that there are more positive than negative charges.
Separation of charges, induced by the charged object. Electrons in the neutral object will move towards the positively charged objects; thus, the part of the neutral object (that is, total charge is neutral) that is nearer the positive object will have a negative charge, the part farther away will have a positive charge.Separation of charges, induced by the charged object. Electrons in the neutral object will move towards the positively charged objects; thus, the part of the neutral object (that is, total charge is neutral) that is nearer the positive object will have a negative charge, the part farther away will have a positive charge.Separation of charges, induced by the charged object. Electrons in the neutral object will move towards the positively charged objects; thus, the part of the neutral object (that is, total charge is neutral) that is nearer the positive object will have a negative charge, the part farther away will have a positive charge.Separation of charges, induced by the charged object. Electrons in the neutral object will move towards the positively charged objects; thus, the part of the neutral object (that is, total charge is neutral) that is nearer the positive object will have a negative charge, the part farther away will have a positive charge.
Positively charged objects is a charge that has more protons than electrons as apposed to a negative charged object which is a charge carried by more electrons than protons. Hope i could be help Kristal :) edited by Frank
An atom with electric charge is called ion. It is either positively or negatively charged.
negative
An object becomes positively charged if it loses electrons. This is because electrons have a negative charge, so the less of them there are in an object, the stronger the positive charge is.
An object becomes positively charged if it loses electrons. This is because electrons have a negative charge, so the less of them there are in an object, the stronger the positive charge is.
A positively charged object has a net positive charge. But actually, there are both positively and negatively charged particles; it is just that there are more positive than negative charges.A positively charged object has a net positive charge. But actually, there are both positively and negatively charged particles; it is just that there are more positive than negative charges.A positively charged object has a net positive charge. But actually, there are both positively and negatively charged particles; it is just that there are more positive than negative charges.A positively charged object has a net positive charge. But actually, there are both positively and negatively charged particles; it is just that there are more positive than negative charges.
If an object has an unequal number of protons and electrons, then the object becomes electrically charged. An object that is positively charged has more protons than electrons.
I would assume that the object was positively charged if it gained electrons, because the charge tries to balance itself and since electrons are negatively charged the object would attract negative energy if it was positively charged
The " object " would have a positive charge because protons are positively charged./
It is called a positron.
You rub it with an object that is lower on the "electrostatic series" (you might want to look that up), or by touching it to another positively charged object which is a conductor.
A proton is positively charged.
Separation of charges, induced by the charged object. Electrons in the neutral object will move towards the positively charged objects; thus, the part of the neutral object (that is, total charge is neutral) that is nearer the positive object will have a negative charge, the part farther away will have a positive charge.Separation of charges, induced by the charged object. Electrons in the neutral object will move towards the positively charged objects; thus, the part of the neutral object (that is, total charge is neutral) that is nearer the positive object will have a negative charge, the part farther away will have a positive charge.Separation of charges, induced by the charged object. Electrons in the neutral object will move towards the positively charged objects; thus, the part of the neutral object (that is, total charge is neutral) that is nearer the positive object will have a negative charge, the part farther away will have a positive charge.Separation of charges, induced by the charged object. Electrons in the neutral object will move towards the positively charged objects; thus, the part of the neutral object (that is, total charge is neutral) that is nearer the positive object will have a negative charge, the part farther away will have a positive charge.
What makes the object positively or negatively charged is the amount of electrons to protons. Protons being positive, and electrons being negative. Which ever has more of one charge, it will take that charge. So if the object has more protons, it will be positive. If it has more electrons, the object will be negative.