Why nf3 has a job more readily than n2 gas on the surface of charcoal
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Why does NH3 gas adsorb more readily than N2 on the surface of charcoal?
☆☆☆☆Adsorption is inversely proportional to the critical temperature of a gas. More the critical temperature, lesser is the adsorption.
NH3 gas has hydrogen bonding while N2 has only weak vander walls forces. Since the forces of attraction are more in NH3, so it liquifies easily and hence its critical temperature is low.
Therfore, it adorbs easily on the surface of the adsorbent.
Why does NH3 gas adsorb more readily than N2 on the surface of charcoal?
☆☆☆☆Adsorption is inversely proportional to the critical temperature of a gas. More the critical temperature, lesser is the adsorption.
NH3 gas has hydrogen bonding while N2 has only weak vander walls forces. Since the forces of attraction are more in NH3, so it liquifies easily and hence its critical temperature is low.
Therfore, it adorbs easily on the surface of the adsorbent.
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