Vsepr

Question 1

What does vsepr stand for

Answer 1

Valence shell electron pair repulsion theory

Question 2

Total regions are 2 name the bonds, lone pairs, electron pair geometry, molecular geometry, hybrid, symmetry

Answer 2

2 bonds, 0 lone pairs, linear electron pair geometry, linear molecular geometry, sp hybrid, nonpolar symmetry

Question 3

Total regions are 3 and bonds are 3 name the lone pairs, electron pair geometry, molecular geometry, hybrid, symmetry

Answer 3

0 lone pairs, trigonal planar electron pair geometry, trigonal planar molecular geometry, sp2 hybrid, nonpolar symmetry

Question 4

Total regions are 3 bonds are 2 name the lone pairs, electron pair geometry, molecular geometry, hybrid, symmetry

Answer 4

1 lone pair, trigonal planar electron pair geometry, bent molecular geometry, no hybrids, polar symmetry

Question 5

Total regions are 4 and bonds are 4 name the lone pairs, electron pair geometry, molecular geometry, hybrid, symmetry

Answer 5

No lone pairs, tetrahedral electron pair geometry, tetrahedral molecular geometry, sp3 hybrid, nonpolar symmetry

Question 6

Total regions are 4 and bonds are 3 name the lone pairs, electron pair geometry, molecular geometry, hybrid, symmetry

Answer 6

1 lone pair, tetrahedral electron pair geometry, trigonal pyramidal molecular geometry, no hybrid, polar symmetry

Question 7

Total regions are 4 and the bonds are 2 name the lone pairs, electron pair geometry, molecular geometry, hybrid, symmetry

Answer 7

2 lone pairs, tetrahedral electron pair geometry, bent molecular geometry, no hybrid, polar symmetry

Question 8

Total regions are 5 and the bonds are 5 name the lone pairs, electron geometry, molecular geometry, hybrid, symmetry

Answer 8

No lone pairs, trigonal bipyramidal electron and molecular geometry, sp3d hybrid, nonpolar

Question 9

5 regions, 4 bonds, name the lone pairs, electron geometry, molecular geometry, hybrid, symmetry

Answer 9

1 lone pair, trigonal bipyramidal electron geometry, see-saw molecular geometry, no hybrid, polar

Question 10

5 regions, 3 bonds, name the lone pairs, electron geometry, molecular geometry, hybrid, symmetry

Answer 10

2 lone pairs, trigonal bipyramidal electron geometry, t-shaped molecular geometry, no hybrid, polar

Question 11

5 regions, 2 bonds, name the lone pairs, electron geometry,molecular geometry, hybrid, symmetry

Answer 11

3 lone pairs, trigonal bipyramidal electron geometry, linear molecular geometry, no hybrid, nonpolar

Question 12

6 regions, 6 bonds, name the lone pairs, electron geometry, molecular geometry, hybrid, symmetry

Answer 12

No lone pairs, octahedral electron geometry, octahedral molecular geometry, sp3d2 hybrid, nonpolar

Question 13

6 regions, 5 bonds, name the lone pairs, electron geometry, molecular geometry, hybrid, symmetry

Answer 13

1 lone pair, octahedral electron geometry, square pyramidal molecular geometry, no hybrid, polar

Question 14

6 regions, 4 bonds, name the lone pairs, electron geometry, molecular geometry, hybrid, symmetry

Answer 14

2 lone pairs, octahedral electron geometry, square planar molecular geometry, no hybrid, nonpolar