GeorgiannBellinghaus
Answered

An electron in the c level of a mercury atom

returns to the ground state. Which photon

energy could not be emitted by the atom during

this process?

(1) 0.22 eV (3) 4.86 eV

(2) 4.64 eV (4) 5.43 eV

Verified Answer :

Answer:5.43 eV

Explanation:

from the energy level diagram, we can calculate the energy difference between c level and the ground state. the difference is 4.86 eV which is less than the 5.43 eV of choice 4. therefore, a photon of that energy cannot be emitted

The photon energy could not be emitted by the atom during this process will be 5.43 eV. Option 4 is correct.

What is energy level?

When a subatomic particles system or particle is bound, it can only take on discrete energy values known as energy levels.

We can compute the energy difference between the c level and the ground state using the energy level diagram. The difference is 4.86 eV. The energy grater than the 4.86 eV can not emit.

The photon energy could not be emitted by the atom during this process will be 5.43 eV.

Hence,option 4 is correct.

To learn more about the energy level, refer:

https://brainly.com/question/17396431

#SPJ2

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