In a hydrogen atom the frequency of revolution of electron in first excited state is f. the frequency of revolution in second excited state will be
Answers
Answer:
In a hydrogen atom the frequency of revolution of electron in first excited state is f. the frequency of revolution in second excited state will be the same as excited state f.
Explanation:
- An hydrogen atom mainly consists of a nucleus which is formed from a single proton and from a single electron.
- The molecule of the hydrogen consists of two hydrogen atoms which is bound together. The molar mass of the hydrogen is 2.016 g/mole.
- When two atoms of hydrogen are formed under loose aggression of the molecules of the hydrogen, it is called as Hydrogen gas.
- There are three types of hydrogen atoms in a isotopes:
1) Hydrogen
2) Deuterium
3) Trirtium
The number of atoms in:
Hydrogen is no neutron, Deuterium has one neutron and tritium has two neutrons.
- Uses of the hydrogen atom:
1) They are used in many processes of the industries.
2) They are used for exploring the outer space
3) They are used as cells that will produce electricity
4) They are used in vehicles.
When In a hydrogen atom the frequency of revolution of electron in first excited state is f. the frequency of revolution in second excited state will become, as no excited state and it will have the same frequency of the electrons present in the excited state.
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