Match each compound name and formula. Be sure to use your periodic table and polyatomic ion chart.

Question

Question 3 options:

Beryllium hydroxide

Iron III permanganate

Barium bromide

1.
BaBr2

2.
Fe(MnO4)3

3.
Be(OH)2

Answer 1

1. BaBr2 - Barium bromide
2. Fe(MnO4)3 - Iron III permanganate
3. Be(OH)2 - Beryllium hydroxide

Answer 2

(C.7D)

Data Table: sample A = low boiling pt, not electrical conductor, not soluble in water; Sample B = high boiling pt, conducts electricity, dissolves in water

Carl and Sally designed an experiment to compare and contrast the properties of compounds. After designing their experiment, Carl and Sally tabulated the data in the table seen here. Based on their data, compound B most likely represents

Question 4 options:

A covalent compound

An ionic compound

A metallic compound

Answer 3

Based on the data provided, compound B most likely represents an ionic compound. Ionic compounds often have high boiling points, conduct electricity when dissolved in water (in the form of ions), and are soluble in water.

Answer 4

Listed in the Item Bank are some important labels for sections of the image below. Match each label to the corresponding area it identifies in the image.

Venn Diagram comparing metals, nonmetals, metalloids

Question 1 options:

May have no luster

Can be electrical conductors

Hydrogen, Oxygen and Chlorine

Comprised of atoms

Can exchange electrons with each other to form ionic compounds

Tin, Calcium and Potassium

Silicon, Arsenic and Antimony

Answer 5

1. May have no luster - Nonmetals
2. Can be electrical conductors - Metals
3. Hydrogen, Oxygen and Chlorine - Nonmetals
4. Comprised of atoms - All sections (Metals, Nonmetals, Metalloids)
5. Can exchange electrons with each other to form ionic compounds - Metals and Nonmetals
6. Tin, Calcium and Potassium - Metals
7. Silicon, Arsenic and Antimony - Metalloids