The paramagnetic property of the oxygen molecule due to the presence of unpaired electorns present in [Kerala PMT 2004]

\[{{(\pi *2{{p}_{y}})}^{1}}\]and \[{{(\pi 2{{p}_{y}})}^{1}}\]

\[{{(\sigma 2{{p}_{x}})}^{1}}\] and \[{{({{\sigma }^{*}}2{{p}_{x}})}^{1}}\]

\[{{(\sigma 2{{p}_{x}})}^{1}}\]and \[{{(\pi 2{{p}_{y}})}^{1}}\]

\[{{(\pi *2{{p}_{y}})}^{1}}\] and \[{{(\pi *2{{p}_{z}})}^{1}}\]

\[{{(\pi *2{{p}_{z}})}^{1}}\] and \[{{(\pi 2{{p}_{z}})}^{1}}\]

The paramagnetic property of the oxygen molecule due to the presence o

1.	The paramagnetic property of the oxygen molecule due to the presence of unpaired electorns present in [Kerala PMT 2004]
A.	\[{{(\sigma 2{{p}_{x}})}^{1}}\] and \[{{({{\sigma }^{*}}2{{p}_{x}})}^{1}}\]
B.	\[{{(\sigma 2{{p}_{x}})}^{1}}\]and \[{{(\pi 2{{p}_{y}})}^{1}}\]
C.	\[{{(\pi 2{{p}_{y}})}^{1}}\] and \[{{(\pi 2{{p}_{z}})}^{1}}\]
D.	\[{{(\pi *2{{p}_{y}})}^{1}}\]and \[{{(\pi 2{{p}_{y}})}^{1}}\]
E.	\[{{(\pi *2{{p}_{z}})}^{1}}\] and \[{{(\pi 2{{p}_{z}})}^{1}}\]
Answer» D. \[{{(\pi *2{{p}_{y}})}^{1}}\]and \[{{(\pi 2{{p}_{y}})}^{1}}\]

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The paramagnetic property of the oxygen molecule due to the presence of unpaired electorns present in [Kerala PMT 2004]

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