Graph of Radial Probability density v/s distance r of the electron from nucleus of 2s can be

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The correct option is B

Radial Probality density v/s distace r graph of 2s is

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Graph of Radial Probability density v/s distance r of the electron from nucleus of 2s can be

Q. Assertion: The plots of the probability density and the radial probability function versus distance

r

from the nucleus for any particular orbital are not identical.

Reason: Probability density is

ψ^{2}

whereas radial probability function represents the probability of finding electrons in a shell of thickness

d r

Question 03

The probability density plots of 1s and 2s orbital are given in figure.

The density of dots in region represents the probability density of finding electrons in the region. On the basis of above diagram which of the following statements is incorrect ?

(a) 1s and 2s orbitals are spherical in shape

(b) The probability of finding electron is maximum near the nucleus

(d) The probability density of electrons for 2s orbital decreases uniformly as distance from the nucleus increases

State True or False.

As the distance for an

s

-orbital increases from the nucleus, the probability density of electron cloud decreases.

What is the radial probability vs time graph?

Is it even possible? I have heard of radial probability vs distance from nucleus, but time? It's totally unimaginable.

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Graph of Radial Probability density v/s distance r of the electron from nucleus of 2s can be

The correct option is B Radial Probality density v/s distace r graph of 2s is

The correct option is B

Radial Probality density v/s distace r graph of 2s is