Скачать или смотреть The s Orbital Explained

Dr. Bedard(Ph.D.) reiterates that the electron density distribution produces three-dimensional shapes known as orbitals which represent the probabilities of locating an electron(Attach 6.3). Now that we’ve delineated the numbers behind the Electron Shells, Subshells, Orbitals, and suborbitals For Electrons let's get into their shapes. Every atom has one s orbital since it is the orbital that corresponds to l = 0 and ml is also 0. Looking closely at this s orbital we can see that it is spherically shaped, which is a good way to remember it. But does the shape of the s orbital change as n increases? While the basic spherical shape remains the same, as the principal quantum number, n, increases, the orbital's energy and size expand. Consequently, the electron density becomes more dispersed, enlarging the sphere and increasing the likelihood of finding the electron farther from the nucleus.

Full Video:    • Atomic Orbitals & Quantum Numbers  

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