1. Third Partial Review
TIPS ON GOOD GRADES:
Review your notes, class examples and videos.
Look over the chapters: 8,9 and 10 (11 may also be included make
sure you check)
Ask questions!
Instructions:
Answer the entirereview. This will help you prepare for the exam.
Please be neat and orderly to avoid deductions. Be specific
about your answers; if I can’t find them I WILL NOT grade them.
The Review will be due the day of your exam.
I. Differentiate between Interatomic and intermolecular. Give examples
II. Define the following types of bonds and show an example for each:
1. Ionic
2. Covalent
a. Nonpolar
b. Polar
c. Coordinate
III. What are dipole forces?
IV. What are polyatomic ions?
V. Draw the Lewis Structure of the following compounds. Show the
chemical formula:
1. Bisulfate
2. Borate
3. Carbon tetrafluoride
4. Silane (Silicon tetrahydride)
VI. Give the oxidation numbers of the following compounds. Show the
rules used to determine the numbers:
1. Silve (I) Cyanide (hint: give the most electronegative
atom the negative oxidation number in the polyatomic
ion. Look at its valence orbital to determine its
oxidation number)
2. Phosphine (Phosphorous tetrahydride)
3. Ammonium Chloride
4. Diphosphorous pentoxide
VII. Name the following compounds according to the IUPAC Rules:
1. TiBr3

2. 2. Cu3P
3. SnSe2
4. SF2
5. H2
VIII. Give the formula of the following compounds:
1. Lithium hydroxide
2. Nitrous acid
3. Hydrobromic acid
4. Cobalt (II) hydroxide
IX. Read the statement below and identify the types of inorganic
compounds. Give the name, formula, and classification where
necessary.
1. I have two elements. One of the elements only needs
one more electron to have a filled valence orbital. It is
ALWAYS found as a diatomic molecule, and as a
compound it is used in toothpaste. It is a very
electronegative atom. The second element has
metallic bonding and is found in milk to make our
bones strong. I reacted these two to make a salt.
X. Complete the following reactions. Identify the type of reaction and
balance the equation where necessary:
1. NaNO3 + _______O  Pb_______ + Na2O
2. V2O5 + ________  Ca_______ + _______S5
3. S8 + ________  SO2
4. Fe + AgNO3 ________ + _________
5. NaOH (aq) + H2SO4 ________(aq) + ________
6. ______(s) + F2 (g)  Ca_____(s)