D ISue8. What is an orbital ? How is it different from Bohrs orbit ?12

1.	D ISue8. What is an orbital ? How is it different from Bohrs orbit ?12th aroun elements are some
Answer» Bohr’s orbit looks like a loop of thread of zero diameter. The electron on Bohr’s orbit are moving around the nucleus like planets around the sun on a deterministic route. Schrödinger’s orbitals are diffuse splotches like frog’s male gametes floating in the water. His orbitals describe the probability of electron being on an P(x,y,z) spacial point within unit time. Interesting that in case of the spherically symmetric s-orbitals this probability within the volume of the nucleus is not zero. The chemical bond distort the p-, d-, and f- orbitals which change the probabilistic density of s- electrons within the nucleus, and cause a measurable shift of the energy levels of the nucleus. That is the base of the Mössbauer-spectroscopy. please like my answer if you find it useful

D ISue8. What is an orbital ? How is it different from Bohrs orbit ?12th aroun elements are some

Answer»

Bohr’s orbit looks like a loop of thread of zero diameter. The electron on Bohr’s orbit are moving around the nucleus like planets around the sun on a deterministic route. Schrödinger’s orbitals are diffuse splotches like frog’s male gametes floating in the water. His orbitals describe the probability of electron being on an P(x,y,z) spacial point within unit time. Interesting that in case of the spherically symmetric s-orbitals this probability within the volume of the nucleus is not zero.

The chemical bond distort the p-, d-, and f- orbitals which change the probabilistic density of s- electrons within the nucleus, and cause a measurable shift of the energy levels of the nucleus. That is the base of the Mössbauer-spectroscopy.

please like my answer if you find it useful

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