Transferring or receiving of electrons is necessary to create an electric charge on an object. This can result in static electricity, which can be neutralized by transferring charges to or from another object, or by grounding the object, which means connecting it to the Earth with a conductor to equalize its charge with that of the Earth.
transferring or receiving of electrons is necessary to neutralize the object.
Transferring or receiving of electrons can result in a change in the net charge of an object. This can lead to the object becoming positively charged, negatively charged, or neutral, depending on whether it has gained, lost, or balanced its electrons. When an object gains or loses electrons, it can become charged, and this charge can be used to do work, like moving an electric motor or lighting up a light bulb. However, when the transfer of electrons leads to a neutralization of charge, the object is no longer charged and is considered to be neutral.
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Answer:
Neutralize.
Transferring or receiving of electrons is necessary to create an electric charge on an object. This can result in static electricity, which can be neutralized by transferring charges to or from another object, or by grounding the object, which means connecting it to the Earth with a conductor to equalize its charge with that of the Earth.
Answer:
transferring or receiving of electrons is necessary to neutralize the object.
Transferring or receiving of electrons can result in a change in the net charge of an object. This can lead to the object becoming positively charged, negatively charged, or neutral, depending on whether it has gained, lost, or balanced its electrons. When an object gains or loses electrons, it can become charged, and this charge can be used to do work, like moving an electric motor or lighting up a light bulb. However, when the transfer of electrons leads to a neutralization of charge, the object is no longer charged and is considered to be neutral.
Explanation:
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