00:02
All right, so the question here says we should list the functional group in other decreasing strength of intermodular forces of attraction.
00:11
So let's see what we have.
00:12
You have carbogili acid.
00:14
That's r -c -w -bond, h, right? now, what do you know here? the intermogynar forces you have here, you have hydrogen bonds.
00:24
I'm just going to list them.
00:24
You have hydrogen bond, right? you also have a dipo -dipo, right? you have dipo -dip because of that carbon -oxygen bond.
00:32
Which is also present, right? and of course, you have london dispersion forces because that's always present in every covalent molecule.
00:46
And if you look at the next one, and they can also form hydrogen bond with water.
00:51
So let's look at the other one of amides.
00:54
Your amide, your amide, this is r -c -wond -o, and then nh2.
01:04
Which means that you also have hydrogen bonds present you have hydrogen bonds right you also have dipo dipo as dipo as well as london dispersion forces right you have those present and then you have amines your a mind you have just this rmn h2 so this has hydrogen bond only and london dispersion forces right and then you next one is alcohols when we have roh this has hydrogen bonds alone and london dispersion forces right and then next you have your audiides all the id all the id all the ads you have rfc double bond and h.
02:16
All you have here is dipo, dipo, dipo, and london dispersion force present...