LiNO3→∆Li2O+X↑+Y↑ NaNO3→∆NaNO2+Y↑The magnetic nature of X and Y respectively

4LiNO3→∆2Li2O+4NO2↑X+O2↑Y 2NaNO3→∆2NaNO2+O2↑ number of electronsnumber of valency electronsnumbers of unpaired electronsMaganetic proportitiesX=NO223171Para MaganeticY=O216122para magneticO2: is paramagnetic due to presence of 2 unpaired electronsMOEC of O2

LiNO3→∆Li2O+X↑+Y↑ NaNO3→∆NaNO2+Y↑The magnetic nature of X and Y respectively

4LiNO3→∆2Li2O+4NO2↑X+O2↑Y 2NaNO3→∆2NaNO2+O2↑ number of electronsnumber of valency electronsnumbers of unpaired electronsMaganetic proportitiesX=NO223171Para MaganeticY=O216122para magneticO2: is paramagnetic due to presence of 2 unpaired electronsMOEC of O2

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${LiNO}_{3} \overset{∆}{\to} {Li}_{2} O + X ↑ + Y ↑ {NaNO}_{3} \overset{∆}{\to} {NaNO}_{2} + Y ↑$
The magnetic nature of X and Y respectively

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Para, para

Para, dia

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Detailed Solution

$4 {LiNO}_{3} \overset{∆}{\to} 2 {Li}_{2} O + \underset{(X)}{4 {NO}_{2} ↑} + \underset{(Y)}{O_{2} ↑} 2 {NaNO}_{3} \overset{∆}{\to} 2 {NaNO}_{2} + O_{2} ↑$