Normality term having lot of importance. In redox titrations where lost of electrons and gain of electrons by the oxidising agent and reducing agent is not equal, you must ho ffor the Normality term. In case of H2SO4 two replaceable H+ ions present but when we titrate it against NaOH, contains only one OH- ion. So in the above situation you must use Normality term. Which makes both terms equal for Calaculatons and also for practical purposes also.
Thank u it really helped me a lot
ReplyDeleteOr
ReplyDeleteNormality = molarity x valency factor
I really want exactly what is the significance of normality. On which context normalty can be used, not the formula. Can you please tell me?
ReplyDeleteto find the equivalent conductivity of a chemical cell.
DeleteI really want exactly what is the significance of normality. On which context normalty can be used, not the formula. Can you please tell me?
ReplyDeleteThanks for the information
ReplyDeleteThnkew so much for this
ReplyDeleteTHANK U . IT'S REALLY HELPFUL BUT I NEED AN ANSWER FOR MY QUESTION
ReplyDeleteMY QUESTION IS
K*1000/ NORMALITY / K*1000 / MOLARITY
THANK YOU
ReplyDeleteThank U sir
ReplyDeleteSo,its Normality=n times molarity.(n=max no.of +ve ions exchanged)
ReplyDeleteNormality=molarity×n factor
ReplyDeleteNormality term having lot of importance. In redox titrations where lost of electrons and gain of electrons by the oxidising agent and reducing agent is not equal, you must ho ffor the Normality term. In case of H2SO4 two replaceable H+ ions present but when we titrate it against NaOH, contains only one OH- ion. So in the above situation you must use Normality term. Which makes both terms equal for Calaculatons and also for practical purposes also.
ReplyDelete