Probability of finding $d_{y z}$ electron is zero along the_________.

X - axis

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Y - axis

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Z - axis

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all the above

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Solution

The correct option is D all the above
The $d_{y z}$ orbital has its lobes between y and z axis. It does not touch any axis. Hence probability of finding $d_{y z}$ electron along any axis is $0$ . Thus all options are correct.

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Similar questions

Q. In which of the following pairs is the probability of finding the electron in

x y -

plane zero orbitals?

Q. In which of the following pairs is the probability of finding the electron in

x y

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Q. Which of the following orbitals has a zero probability of finding electrons in the

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Q. Which of the following orbitals will have zero probability of finding the electron in the yz plane?

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

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Probability of finding dyz electron is zero along the_________.

The correct option is D all the aboveThe dyz orbital has its lobes between y and z axis. It does not touch any axis. Hence probability of finding dyz electron along any axis is 0. Thus all options are correct.

Probability of finding $d_{y z}$ electron is zero along the_________.

The correct option is D all the above
The $d_{y z}$ orbital has its lobes between y and z axis. It does not touch any axis. Hence probability of finding $d_{y z}$ electron along any axis is $0$ . Thus all options are correct.