Actually lyophilic has characteristic charge then why hydrophilic part carries -ve here?
Look at the sodium stearate ion ka -ve part..which is hydrophilic
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@Dexter
Note for OP
+solved @user to close the thread when your doubt is solved. Mention the user who helped you solve the doubt. This will be added to their stats.Sorry lyophobic has characteristic charge...typo in the title.
So...doubt solved?
Nope...
Doubt is same just I've written incorrect...so just clarifying that actual question is...If lyophobic has characteristic charge then why hydrophilic part carries-ve here?
Does it make sense to you?
Lyophobic will be hydrophilic na.
Fat hating. Water loving. Polar compounds.
Fat loving water hating. Apolar part (hydrocarbon chain)
What...Sir are they same thing?
M thinking like lyophobic hv to be hydrophobic..
It's the opposite
Lyophilic is hydrophobic
When we use water as a dispersion medium then lyophobic is called as hydrophobic right?
M thinking smthn like this..
How can you say it?
Lyophobic substances are highly polar
hence they attract water and repel non-polar substances like fats
The reverse is for lyophilic substances
Exactly but read my question again...this is not my question
So non-polar substances are lyophilic
and so they attract other non-polar fats and repel water
so lyophilic is hydrophobic
Ahh...get it get it now....tnx!
Awesome explanation!
+solved @Comrade Rock Astley
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