Atomic Structure
Ionic Bonds
Covalent Bonds
The Periodic Table
This and That
100
The three particles in an atom
What are protons, neutrons, and electrons
100
give away electrons to bond
What is an ionic bond
100
share electrons to bond
What are covalent bonds
100
These are found on the left side
What are metals
100
Using the periodic table, what would Magnesium bond with?
What is Chloride, flouride, etc.... (answers will vary)
200
Of the three particles, the one that makes atoms bond together.
What are electrons
200
The two types of elements that come together to form an ionic bond
What is a metal and non metal
200
The two types of elements that come together to form covalent bonds.
What are non metals and non metals
200
These are found on the right side
What are non metals
200
What type of bond is Calcium Chloride?
What is ionic
300
The particles found in the nucleus of the atom
What are protons and neutrons
300
If sodium (Na) gives away its electrons to Chlorine what happens to its charge?
What is it becomes positive.
300
If Hydrogen and Oxygen are sharing electrons in water, what happens to its charge?
What is nothing
300
These go up and down on the periodic table.
What are groups
300
What type of bond is water?
What is covalent
400
How many electrons can fit in the second energy level.
What is 8
400
If Chlorine gains electrons in a bond, what happens to its charge?
What is it becomes negative.
400
This is how non polar covalent bonds share electrons.
What is equally
400
Will Groups 1,2,3,11,12, and 13 will gain or lose electrons when bonding?
What is lose.
400
Using the periodic table, name an ionic bond.
Answers will vary.
500
How many electrons fit in the first energy level
What is 2
500
If I had an atom with 50 protons+ joining an atom with 45 electrons -, what would the over all ending charge be for this bond?
What is 5+.
500
This is how polar covalent bonds share electrons
What is unequally
500
Groups 15,16, and 17 will gain or lose electrons when bonding?
What is gain.
500
Using the periodic table, name a covalent bond
Answers will vary.
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