If the total energy of an electron in an orbi | vedclass

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(C) The total energy $E$ of an electron in an orbit is given by the sum of its kinetic energy $K$ and potential energy $U$. For a bound system,such as

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electron will not follow a closed orbit

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(C) The total energy $E$ of an electron in an orbit is given by the sum of its kinetic energy $K$ and potential energy $U$. For a bound system,such as an electron in an atom,the total energy is negative $(E If the total energy $E$ is positive $(E > 0)$,it implies that the kinetic energy is greater than the magnitude of the potential energy. In such a case,the electron is not bound to the nucleus and will escape the influence of the electrostatic force.Therefore,the electron will not follow a closed orbit and will move away to infinity.

If the total energy of an electron in an orbit is positive,then

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