Consider the molecule below. Determine the molecular...

Name: Consider the molecule below. Determine the molecular geometry at each of the 3 labeled atoms. Cl-C-C-N 1 = tetrahedral, 2 = tetrahedral, 3 = trigonal planar 1 = trigonal planar, 2 = tetrahedral, 3 = tetrahedral 1 = trigonal planar, 2 = trigonal pyramidal, 3 = trigonal pyramidal 1 = trigonal planar, 2 = tetrahedral, 3 = trigonal pyramidal 1 = tetrahedral, 2 = tetrahedral, 3 = tetrahedral
Uploaded: 2022-05-30T10:09:02-08:00
Duration: 3 min 20 s
Channel: Maitreya E
Description: Consider the molecule below. Determine the molecular geometry at each of the 3 labeled atoms. Cl-C-C-N 1 = tetrahedral, 2 = tetrahedral, 3 = trigonal planar 1 = trigonal planar, 2 = tetrahedral, 3 = tetrahedral 1 = trigonal planar, 2 = trigonal pyramidal, 3 = trigonal pyramidal 1 = trigonal planar, 2 = tetrahedral, 3 = trigonal pyramidal 1 = tetrahedral, 2 = tetrahedral, 3 = tetrahedral

Consider the molecule below. Determine the molecular geometry at each of the 3 labeled atoms. Cl-C-C-N 1 = tetrahedral, 2 = tetrahedral, 3 = trigonal planar 1 = trigonal planar, 2 = tetrahedral, 3 = tetrahedral 1 = trigonal planar, 2 = trigonal pyramidal, 3 = trigonal pyramidal 1 = trigonal planar, 2 = tetrahedral, 3 = trigonal pyramidal 1 = tetrahedral, 2 = tetrahedral, 3 = tetrahedral

Transcript

00:01 Hello, students.

00:02 So in this question, you are given with this whole compound, all right, and you have to tell the molecular geometry of each of the atoms that are numbered over here.

00:10 First, we have to tell about this carbon, which is attached by the wboto, and then second carbon is this carbon, which has two hydrogens and one carbon this side and one nitrogen beside.

00:21 And then you have to tell about this nitrogen, which is attached to one carbon over here, and it has the two hydrogens and one gold pair.

00:28 Okay so if we talk about the molecular geometry so first we have to talk about the hybridization so here if we see about the carbonyl compound the compound uh carbonyl carbon carbon okay so carbony carbon is carbon with double bond o right so this was our carbon one all right so this carbon if we see it has how many groups okay so you can just count on the groups of uh attached to it it has one and it has two and it has three okay with the double bond pi electrons are there.

00:59 So for that for the pi electron carbons so if we have one double bond one double bond carbon we give that the hybridization of sp2 hybridization and for sp2 hybridization we know that its geometry will be triangular planar triangle planar fine so now if we talk about the c2 c2 is what c2 has both the hydrogens okay c2 has the both the hydrogens over here both the hydrogens and it has one side it has nitrogen and one side it has carbon so it doesn't have any double bond so no double bond no double bond so the carbon with no double bond we can say that it has the habitization of sp3 hybridization so the geometry for sp3 hybridization carbon is always a tetrahedule electric.

02:13 All right.

02:14 So then we have our nitrogen.

02:17 Nitrogen.

02:18 Okay...

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