Bonds | ||
#1 | Differentiate between single, double and triple bonds in terms of bond length and strength. | single bonds are the longest and weakest; as more bonds are added they become shorter and stronger. |
#2 | Differentiate between melting points of ionic and molecular compounds. | ionic compounds have higher melting points than molecular compounds |
#3 | Electronegativity and number of atoms determines what characteristic of a molecule? | polarity |
#4 | Which diatomic molecule is joined by a triple covalent bond? | nitrogen |
#5 | What property contributes to the unique characteristics of water? | polarity |
Polarity | ||
#1 | According to the VSEPR theory, molecules adjust their shapes for what reason? | to keep the valence electrons as far apart as possible |
#2 | The attraction of the more negative end of a molecule for the more positive end of another molecule is known as... | dipole interaction |
#3 | The phenomenon where a molecule can be diagrammed in more than one way is known as | resonance |
#4 | Condition when electrons are shared unequally | polar |
#5 | Equal sharing of electrons creates a molecule that is ______________. | non-polar |
Naming | ||
#1 | tetraphosphorus monoxide | P4O |
#2 | methane | NH3 |
#3 | ammonnia | NH3 |
#4 | octane (gasoline) | C8H18 |
#5 | diantimony trioxide | Sb2O3 |
VSEPR | ||
#1 | Draw the following structure - beryllium difluoride | |
#2 | Oxygen difluoride | |
#3 | ClCN | |
#4 | CH2Cl2 | |
#5 | carbon tetrachloride |
Hodge Podge | ||
#1 | Atoms with greatly differing electronegativity values are expected to form what type of bonds? | ionic |
#2 | The correct Lewis structure for a fluorine atom in a molecule of F2 shows | |
#3 | 3 atoms bonded to central atom and 1 lone pair of electrons | trigonal pyramidal |
#4 | 6 atoms bonded to the central atom and no lone pairs of electrons | octahedral |
#5 | 5 atoms bonded to the central atom and no lone pair of electrons | trigonal bipyramidal |
Final Question | |