What 3D shape would this molecule have?
Trigonal pyramidal
Bent
Linear
Tetrahedral
What 3D shape would this carbon tetrachloride molecule have?
Tetrahedral
Linear
Bent
Trigonal pyramidal
What 3D shape would this molecule have?
Linear
Tetrahedral
Trigonal pyramidal
Bent
What 3D shape would this molecule have?
Bent
Tetrahedral
Trigonal pyramidal
Linear
Using the electronegativity table provided, what type of bond would you expect to occur between a chlorine and a fluorine atom?
Polar covalent bond
Nonpolar covalent bond
Metallic bond
Ionic bond
In this picture, red represents high electron density, blue is low, and green is moderate. Based on this representation, is this a polar or nonpolar molecule?
Nonpolar because it does not have a positive and negative si
Polar because it has a positive and negative side.
Polar because it has electrons.
Nonpolar because it has two atoms in it.
In this picture red represents high electron density, blue is low, and green is moderate. Based on this representation, is this molecule polar or nonpolar?
It is nonpolar because it does not have a + and - side.
It is polar because it has oppositely charged sides.
It is nonpolar because it is symmetrical.
It is polar because it is symmetrical.
This table shows electronegativities of some of the elements. Which of these bonds would be a nonpolar bond?
B-Cl
C-S
P-Br
O-F
This picture illustrates the type of mixing that happens between which two kinds of particles?
Polar and ionic
Nonpolar and ionic
Polar and nonpolar
Covalent and metallic
