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[" 173.Wave function of an orbital is pl...

[" 173.Wave function of an orbital is plotted against the distance from nucleus.The grapnit "],[" representation is of: "],[qquad [" R "],[qquad (1)/(1+(1)/(1+(1)/(1+(1)/(1+1))))]],[qquad [" 1."],[qquad r=(1)/(1)=(1)/(2)+3]]

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Wave function of an orbital is plotted against the distance from nucleus. The graphical representation is of :

Wave function of an orbital is plotted against the distance from nucleus. The graphical representation is of :

Wave function of an orbital is plotted against the distance from nucleus. The graphical representation is of :

Wave function of an orbital is plotted against the distance from nucleus The graphical representation is of

Wave function of an orbital is plotted against the distance from nucleus The graphical representation is of

( ( 1)/(r_1) + (1)/(r_2)) ((1)/(r_2) +(1)/(r_3))( (1)/(r_3)+(1)/(r_1)) =

In Delta ABC , prove that (1)/( r_1 ) + (1)/(r_2) + (1)/( r_3) = (1)/( r) .

In triangle ABC,((1)/(r)-(1)/(r_(1)))((1)/(r)-(1)/(r_(2)))((1)/(r)-(1)/(r_(3)))=