Physics · Electrostatics
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The amount of energy required to move an electron of charge (e) by the application of a 1-volt potential difference is equal to
- A
1 keV
- B
1 MeV
- C
1 GeV
- D
1 eV
The amount of energy required in moving an electron of charge by application of 1V potential difference equals to 1 eV.
STB Pg-64
Hence, option D is correct.
The amount of energy required in moving an electron of charge by application of 1V potential difference equals to 1 eV.
The amount of energy required in moving an electron of charge by application of 1V potential difference equals to 1 eV.
The amount of energy required in moving an electron of charge by application of 1V potential difference equals to 1 eV.
The amount of energy required in moving an electron of charge by application of 1V potential difference equals to 1 eV.
STB Pg-64
Hence, option D is correct.
Tagged under Physics · Electrostatics · 2023