Among NH3, H2-O2 and Co2, which can easily liquefy?
and why
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Firstly, the answer is CO2
Why?
Because H2O2 has hydrogen bonding and symmetric structure so it is highly stable, it exists in liquid state up to 150*c . NH3 has a smaller structure than CO2 so it will take more energy to break the inter molecular forces, It exists in liquid form at -2*c. CO2 has no special bonding, NH3 has a hybridization of sp3 while CO2 has hybridization of sp2 . Sp2 is more electronegetive so will easily break comparitively, Co2 exists in liquid form at -31*c to 20*c (may vary).
Hope this will help you... ✌
Why?
Because H2O2 has hydrogen bonding and symmetric structure so it is highly stable, it exists in liquid state up to 150*c . NH3 has a smaller structure than CO2 so it will take more energy to break the inter molecular forces, It exists in liquid form at -2*c. CO2 has no special bonding, NH3 has a hybridization of sp3 while CO2 has hybridization of sp2 . Sp2 is more electronegetive so will easily break comparitively, Co2 exists in liquid form at -31*c to 20*c (may vary).
Hope this will help you... ✌
eslamsony2009:
H2 o2 n2 difficult liqified
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