The strongest type of Intermolecular force is the... | | covalent bond |
A dipole has a... | | a polar and a nonpolar molecule |
A nonpolar molecule has... | | sp3 |
When drawing arrows to help determine polarity, one must draw arrows to.. | | "taken apart" or rearranged |
Strong intermolecular forces will increase... | | the atom with higher electronegativity |
Weak intermolecular forces will not decrease | | D-D, D-ID, and ID-ID forces |
The strongest type of bond is the... | | the boiling point |
A D-ID bond is one between... | | H2CS |
A hydrogen bond will only occur if the H is bonded to... | | an electronegative O, N, or F atom |
ID-ID bonds can also be referred to as.... | | London dispersion forces or Van der Waals forces |
Before determining the intermolecular forces present in a molecule, one must... | | between different molecules |
A molecule that could have a hybridization of sp2 has | | net electric charge |
Strong intermolecular forces make it difficult for the molecules to be... | | a polar molecule |
Another word for a dipole is... | | are frequently nonpolar |
Intermolecular forces are the forces... | | the melting point |
Intramolecular forces are the forces... | | the central atom |
H2O is a... | | within a molecule. |
H2O has a hybridization of... | | polar molecule |
CCl4 only has... | | hydrogen bonds present |
BH3 is a... | | determine the polarity |
Hydrogen gas is an example of... | | 3 lone pairs and bonded atoms |
An example of a nonpolar molecule is... | | have a hybridization of sp |
HF can have... | | hydrogen bond |
All diatomic molecules are... | | nonpolar molecule |
CH3Cl has... | | a hybridization of sp |
A molecule with D-D, I-D, and ID-ID forces is.... | | no net electric charge |
Trigonal planar molecules... | | sp |
Hydrogen Cyanide has a hybridization of ... | | nonpolar |
Linear molecules... | | NH4 |
Hybridization is determined by looking at... | | dispersion forces |