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A hydrogen like species is in a spherica...

A hydrogen like species is in a spherical symmetrical orbital `S_(1)` having 3 radial nodes. It gets de-excited to another level `S_(2)` having no radial node. Energy of `S_(2)` orbital is 2.25 times energy of 1st Bohr robit of hydrogen atom. ltbr. What is the combined total number of nodes `("radial" +"angular) is" S_(1) and S_(2)?`

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A hydrogen like species is in a spherical symmetrical orbital S_(1) having 3 radial nodes. It gets de-excited to another level S_(2) having no radial node. Energy of S_(2) orbital is 2.25 times energy of 1st Bohr robit of hydrogen atom. Identify the species involvedgt

A hydrogen like species is in a spherical symmetrical orbital S_(1) having 3 radial nodes. It gets de-excited to another level S_(2) having no radial node. Energy of S_(2) orbital is 2.25 times energy of 1st Bohr robit of hydrogen atom. What is the orbital angular momentum quantum number of S_(2) ?

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The hydrogen like species Li^(2+) is in a spherically symmetric state S_(1) with one radial node. Upon absorbinf light the ion undergoes transition to a state S_(2) The state S_(2) has one radial node and its energy is equal to the ground state energy of the hydrogen atom. The state S_(1) is

The hydrogen -like species Li^(2+) is in a spherically symmetric state S_1 whth one radisal node . Upon absorbing light the ion undergoes transitoj ot a state S_2 has one radial node and its energy is equal to the groun sate energy of hhe hydrogen atom. The state S_1 is :