Could You Pass This Chemistry Quiz?

1. Match the following

The atomic number of Copper

Valence electrons for Flourine

Oxidation/Charge of Boron

A Nobel Gas

Submit

2. Nitrogen is a

Nonmetal

Metal

3. Which is NOT a factor that effects equilibirum?

Closed container

Temperature

A balance scale

Concentration

4. If we started with 75 protons and ended with 75 protons, what type of radioactive decay occurred?

Gamma

Alpha

Beta

Fusion

5. If I start with 92 protons and end with 90, what type of radioctive decay occured?

Gamma

Alpha

Beta

6. If we started with 89 protons and ended with 90, what type of radioactive decay occurred?

Alpha

Gamma

Beta

Fission

7. What type of reaction is repersented by the following? Na + Cl => NaCl

Single replacement

Double replacement

Synthesis

Decomposition

8. What would be the "salt" formed in the following neutralization reaction?NaOH + HCl => ____________ + H2O

ClNa

NaH

NaCl

ClOH

9. A process where an unstable atom emits different types of charged particles.

Oxidation

React

Radioactivity

Decompostion

10. The extra proton comes from an electron during beta decay.

True

False

11. Match the following types of decay with their descriptions.

alpha decay

beta decay

gamma

Submit

Could You Pass This Chemistry Quiz?

1. Match the following

2.

What first name or nickname would you like us to use?

2. Nitrogen is a

3. Which is NOT a factor that effects equilibirum?

4. If we started with 75 protons and ended with 75 protons, what type of radioactive decay occurred?

5. If I start with 92 protons and end with 90, what type of radioctive decay occured?

6. If we started with 89 protons and ended with 90, what type of radioactive decay occurred?

7. What type of reaction is repersented by the following? Na + Cl => NaCl

8. What would be the "salt" formed in the following neutralization reaction?NaOH + HCl => ____________ + H2O

9. A process where an unstable atom emits different types of charged particles.

10. The extra proton comes from an electron during beta decay.

11. Match the following types of decay with their descriptions.