Chemistry, asked by ta9nsh2iprashannushk, 1 year ago

As we move away from nucleus,the energy of orbit. (a) decrease (b) increases (c) remains unchanged (d) none of these.

Answers

Answered by Anonymous
20
The correct option is b) increases.
Answered by mindfulmaisel
7

As we move away from ‘nucleus’, the energy of ‘orbit’ is increases.

Option: (b)

Explanation:

  • Nearer to the nucleus the atoms have high kinetic energy due to the high force of attraction by the nucleus but has a considerable lower potential energy for which these electron are very stable.  
  • The electron however have a lower force of attraction in the outer orbit so the kinetic energy is less but the potential energy increase so the stability decrease.  
  • Hence the ‘total energy’ of the electron in the orbit stays constant, the changes only take place in the potential and the kinetic energy.

Learn more about nucleus

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