Subjective Type

How do $$1s , 2s $$ and $$3s$$-orbitals differ from each other ?

Solution

The given orbitals, 1s, 2s and 3s differ from each other in their Principal Quantum no. (n) and thus in energy levels. Their Principal quantum numbers are 1, 2 and 3 respectively.
However, they have same azimuthal quantum no. (l) = 0 (s-subshell) and hence same magnetic quantum no. (m).

SIMILAR QUESTIONS

Atomic Structure

Which of the following statements is correct?

Atomic Structure

In multielectronic atom, maximum number of degenerated orbitals present in $$3^{rd}$$ shell.

Atomic Structure

The maximum number of electrons that can be accommodated in orbitals with quantum numbers n=3, l=1 and m=+1?

Atomic Structure

Which of the following graph represents variation of 2p-orbital wave function with distance from the nucleus?

Atomic Structure

Total number of orbitals associated with third shell will be ____.

Atomic Structure

What happened to Bohr's model of atom in the light of uncertainty principle ? Explain the concept of 'probability'. Define 'atomic orbital'.

Atomic Structure

State True or False: All orbitals have directional characteristics.

Atomic Structure

Fill in the blanks: The orbitals having the same energy are called ________.

Atomic Structure

The radius of the first orbit of the Hydrogen atom is same as that of $$He^+$$.

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