an electron is accelerated through a potential of 1kv . calculate the

1.	an electron is accelerated through a potential of 1kv . calculate the gain in its energy in i)eV ii) joule
Answer» Answer: SINCE the electron moves through a potential DIFFERENCE, the gain in kinetic ENERGY will be equal to the Potential energy lost by the electron. The energy can be GIVEN by the formula E=VQ, where 'E' represents potential energy in joules, and 'Q' represents charge in coulms. E=(1kV)(1.6×10−19J) E=1.6×10−16J

an electron is accelerated through a potential of 1kv . calculate the gain in its energy in i)eV ii) joule

Answer»

Answer:

SINCE the electron moves through a potential DIFFERENCE, the gain in kinetic ENERGY will be equal to the Potential energy lost by the electron.

The energy can be GIVEN by the formula E=VQ, where 'E' represents potential energy in joules, and 'Q' represents charge in coulms.

E=(1kV)(1.6×10−19J)

E=1.6×10−16J

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an electron is accelerated through a potential of 1kv . calculate the gain in its energy in i)eV ii) joule​

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an electron is accelerated through a potential of 1kv . calculate the gain in its energy in i)eV ii) joule