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WorksheetsType of bonds and ionic formulas. Unit 9-22-23
Total questions: 40
Worksheet time: 40mins
Why do atoms bond?
to find a date
to become bigger
to go to dog jam
to become stable
Covalent Bonds ______________ valence electrons.
give
take
keep
share
Is the following compound ionic or covalent?
LiBr
Ionic
Covalent
Is the following compound ionic or covalent?
PBr5
Ionic
Covalent
Is the following compound ionic or covalent?
A material with a high melting point
Ionic
Covalent
Is the following compound ionic or covalent?
Exists as a solid, liquid or gas
Ionic
Covalent
Is the following compound ionic or covalent?
Cl2
Ionic
Covalent
The name for
Ag2O
Silver (II) oxide
silver oxide
Sulfur oxygen
Silver oxigen
The following properties are all characteristics of ionic compounds EXCEPT
high melting and boiling points
soft
crystal lattice structure
conduct electricity when dissolved in water
Ionic compounds conduct electricity when dissolved in water. Which statement below best explains the property?
Ions are free to move.
Electrons are free to move.
Bonds are strong.
There are weak intermolecular forces of attraction.
What is meant by the term "sea of electrons"?
It's what we call all the free floating electrons in a metal.
It's what we call electrons that are floating in a liquid.
It's the total number of electrons in a metal atom.
It's the total number of electrons in the ocean.
Which of the following would be held together by the metallic bond?
Atoms of iron (Fe)
Molecules of CH4
Atoms of sulfur (S)
Units of NaCl
Which is the formula for aluminum oxide?
AlO
Al2O2
Al2O3
Al3O2
Aluminum Nitride
Aluminide Nitrogen
Aluminum (III) Nitride
Nitrogen Aluminide
Na2S
Mg3N2
Name the following compound: Zn3N2
zinc nitride
trizinc dinitride
zinc (III) nitride
zinc (II) nitide
zinc nitrogen
beryllium iodide
the following image represents a model of ___________
ionic bond
Covalent bond
metallic bond
Gravitational Force
the following image represents a model of ___________
ionic bond
Covalent bond
metallic bond
Gravitational Force
the following image represents a model of ___________
ionic bond
Covalent bond
metallic bond
Gravitational Force
