What is the binding energy of the hydrogen nucleus?

a)
More than 13.6 eV

b)
zero

c)
Infinite

d)
13.6 eV

Correct answer is option 'B'. Can you explain this answer?

Question

What is the binding energy of the hydrogen nucleus?a)More than 13.6 eVb)zeroc)Infinited)13.6 eVCorrect answer is option 'B'. Can you explain this answer?

Answer

Correct b is answer

Answer

Nucleus of hydrogen has only one proton. Hence its binding energy will be zero. The nuclear binding energy is the energy it takes to separate all the nucleons in a nucleus from each other. Since there is only the one nucleon, it's already separated from any other nucleons.

Answer

Hey...here's ur answer ....Nucleus of hydrogen has only one proton. Hence its binding energy will be zero. The nuclear binding energy is the energy it takes to separate all the nucleons in a nucleus from each other. Since there is only the one nucleon, it's already separated from any other nucleons.

Answer

E=13.6{z^2/n^2}
E=13.6{1^2/1^2}
E=13.6{1}
E=13.6eV

Answer

Answer

Binding Energy of the Hydrogen Nucleus

The binding energy of the hydrogen nucleus is zero. This means that no energy is required to completely separate the proton from the neutron in a hydrogen nucleus. This is because the hydrogen nucleus consists of only one proton, which is not bound to any other particle.

Explanation

- The binding energy of a nucleus is the energy required to completely separate all the protons and neutrons in the nucleus.
- In the case of the hydrogen nucleus, there is only one proton present, and it is not bound to any other particle.
- Since there are no neutrons in a hydrogen nucleus and the proton is not bound to any other particle, the binding energy of the hydrogen nucleus is considered to be zero.
- This is in contrast to other nuclei, where the protons and neutrons are bound together by the strong nuclear force, leading to a non-zero binding energy.

In conclusion, the binding energy of the hydrogen nucleus is zero because it consists of only one proton, which is not bound to any other particle.

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