In the polar coordinates of the Schrodinger e | vedclass

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Question

(D) In the spherical polar coordinate system used for the Schrodinger equation,the position of an electron is defined by $(r, 	heta, \phi)$.Here,$r$

Vedclass · Accepted Answer

Zenith angle

Vedclass · Answer

(D) In the spherical polar coordinate system used for the Schrodinger equation,the position of an electron is defined by $(r, 	heta, \phi)$.Here,$r$ is the radial distance (radius vector).$	heta$ is the angle between the radius vector and the $Z$-axis,known as the zenith angle or colatitude.$\phi$ is the azimuthal angle in the $XY$-plane.Therefore,the correct term for the angle between the radius vector and the $Z$-axis is the zenith angle.

In the polar coordinates of the Schrodinger equation,the angle between the radius vector and the $Z$-axis is known as ..........

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