The one that can exhibit highest paramagnetic behaviour among the following is : gly = glycinato; bpy = 2 , 2 ' - bipyridine

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Aicharya · Accepted Answer

Complex EC Unpaired electrons ( 1 ) &#160; Fe ( en ) ( bpy ) NH 3 2 2 * Fe 2 + = 3 d 6 = t 2 g 2 , 2 , 2 &#160; , e g 0 . 0 0 &#160;(2)&#160; Pd ( gly ) 2 Pd 2 + = 4 d 8 0 &#160;(3)&#160; Ti NH 3 6 3 + T i 3 3 = 3 d 1 1 ( 4 ) &#160; Co ( OX ) 2 ( OH ) 2 - &#916; 0 &#62; P Co 5 + &#8658; 3 d 4 &#8658; t 2 g 2 , 1 , 1 &#160; , e 9 0 , 0 2

Complex	EC	Unpaired electrons
$(1) {[Fe (en) (bpy) {({NH}_{3})}_{2}]}^{2 *}$	${Fe}^{2 +} = 3 d^{6} = t_{2 g^{2, 2, 2}}, e_{g}^{0.0}$	$0$
$(2) [Pd (gly)_{2}]$	${Pd}^{2 +} = 4 d^{8}$	$0$
$(3) {[Ti {({NH}_{3})}_{6}]}^{3 +}$	$T_{i 3}^{3} = 3 d^{1}$	$1$
$(4) {[Co (OX)_{2} (OH)_{2}]}^{-} (Δ_{0} > P)$	${Co}^{5 +} \Rightarrow 3 d^{4} \Rightarrow t_{2 g^{2, 1, 1}}, e_{9}^{0, 0}$	$2$

The one that can exhibit highest paramagnetic behaviour among the following is : gly = glycinato; bpy = 2 ,…

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