When the balloon is brought near the can, something interesting happens – the electrons move to the side of the can to get as far away from the negatively charged balloon as possible. This leaves the side of the can nearest the balloon positively charged.
a method used to charge an object without actually touching the object to any other charged object.
For example, a charged balloon (insulator) is brought near a neutral aluminium can (conductor). While the can is far away from the balloon, the negative charge on the balloon has little or no effect on the can, and the electrons on the can are evenly dispersed.
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Answer:
When the balloon is brought near the can, something interesting happens – the electrons move to the side of the can to get as far away from the negatively charged balloon as possible. This leaves the side of the can nearest the balloon positively charged.
a method used to charge an object without actually touching the object to any other charged object.
hope it's help^^ same us ng lesson mwhehe
Answer:
INDUCTION
Explanation:
For example, a charged balloon (insulator) is brought near a neutral aluminium can (conductor). While the can is far away from the balloon, the negative charge on the balloon has little or no effect on the can, and the electrons on the can are evenly dispersed.