00:01
Okay, so here we have a question about what compounds we expect to have a dipole moment and then to specify its direction.
00:06
So looking over this list, i only see two compounds that we would not expect to have a dipole moment, and that's these two, okay? and that's because these are symmetrical.
00:22
This should be a four down here, okay? so these we would expect not to have a dipole moment, so we're not going to specify the direction.
00:30
So the first one that we we are going to specify is water, which does have a dipole moment.
00:39
Okay, so here we have a question about what, so water looks like this, and i am going to specify the dipole moment with a red arrow like this in this direction.
00:57
Okay, so here we have a question about what the next one that that has a dipole moment that we'll be addressing is this one right here, d, and this has a tetrahedral structure with the chlorine here, and then we have three different hydrogens arranged ranged around the carbon.
01:27
Try to demonstrate what that looks like...