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The charged object charges both leaves of the electroscope with like charges and like charges repel.
when a negatvely charged object touches a neutrally charged object electrons move to the neutraly charged object making it negativly charged!
It gains electrons. So if it gains electrons, then the neutral object becomes negatively charged as well.
You know that it is charged if the leaves rise.
If the object remains ungrounded it will remain charged.
The charged object charges both leaves of the electroscope with like charges and like charges repel.
when a negatvely charged object touches a neutrally charged object electrons move to the neutraly charged object making it negativly charged!
Because when the charged object is say, negatively charged, the electrons in the electroscope want to get as far away as possible from the negative object because "like" charges REPEL. so when the electrons in the electroscope move to the leaves , they now are both negative and "like" charges so now the leaves want to get away from each other as well and that's why they separate.
Because when the charged object is say, negatively charged, the electrons in the electroscope want to get as far away as possible from the negative object because "like" charges REPEL. so when the electrons in the electroscope move to the leaves , they now are both negative and "like" charges so now the leaves want to get away from each other as well and that's why they separate.
It gains electrons. So if it gains electrons, then the neutral object becomes negatively charged as well.
You know that it is charged if the leaves rise.
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.
No.
The static electricity isn't. But the little spark you see when an object charged with static electricity touches something else is.
If the object remains ungrounded it will remain charged.
An electroscope detects the static electrical charge on an object. If an object with a electrical charge is touched to the knob on top this charge is transferred to the rod and in turn to the metal leaves in the jar. Opposite charged objects attract and same charged objects repel. The charge on both leaves is the same polarity so they repel each other.
Some ways in which an object can become charged are friction, contact and induction.