Valence Electrons
Valence Charges
Ionic Compounds
Naming Ionic Compounds
Bohr Models
100

Where do we find the number of valence electrons on a periodic table?

The box on top of the column

100

TRUE or FALSE: Metals always lose valence electrons

TRUE

100

TRUE or FALSE: Ionic compounds are made between a metal and a metal

False - a metal and a nonmetal

100

When naming ionic compounds, which element do we always list first?

The metal

100

TRUE or FALSE: We draw the number of valence electrons when drawing Bohr Models

FALSE - we draw electrons (not valence)

200

What is the highest number of valence electrons?

8

200

What is the valence charge of Calcium?

2+

200

When writing the formula for an ionic compound, what is the next step after finding out the charges for each element?

Cross the charges

200

What do we change the ending of the non-metal to?

-ide

200

What two things need to be listed in the nucleus when drawing a Bohr Model?

The amount of protons and neutrons

300

How many valence electrons does Ga have?

3

300

What is the valence charge of Nitrogen?

3-

300

TRUE or FALSE: After have to show the charges (plus or minus signs) in your final ionic compound formula

FALSE

300

What new name would we change Iodine to in an ionic compound?

Iodide

300
How many electrons can fit on level 3?

18 electrons

400

How many valence electrons does Tellurium have?

6

400

TRUE or FALSE: Metals gain valence electrons and have a positive charge

FALSE - they lose valence electrons and have a positive charge
400

Write the correct formula for: KO

K2O

400

Name the following compound: LiP

Lithium Phosphide

400

Draw the Bohr Model for the element: Fluorine

(You need to have the correct protons and neutrons in the center)

Protons: 9

Electrons: 9

Neutrons: 10

Drawing: 2 electrons on first shell, 7 electrons on second shell

500

TRUE or FALSE: Elements always lose valence electrons

FALSE

500

What is the valence charge of Selenium?

2-

500

Write the correct formula for: MgAs

Mg3As2

500

Name the following compound: KS

Potassium Sulfide

500

Draw the Bohr Model for the element: Iron

(You need to have the correct protons and neutrons in the center)

Protons: 26

Electrons: 26

Neutrons: 30

Drawing: 2 e. on level 1, 8 e. on level 2, 16 e. on level 3

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