Unit 4- Bonding test 75%
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Last updated almost 6 years ago
30 questions
1
How many valence electrons are in Bromine?
How many valence electrons are in Bromine?
1
How many valence electrons are in Magnesium?
How many valence electrons are in Magnesium?
1
In order to reach stability, atoms want to be like the ___.
In order to reach stability, atoms want to be like the ___.
1
Which pair of atoms will have a covalent bond?
Which pair of atoms will have a covalent bond?
1
Identify the number of electrons lost or gained in forming K+.
Identify the number of electrons lost or gained in forming K+.
1
Identify the number of electrons lost or gained when forming S^2-.
Identify the number of electrons lost or gained when forming S^2-.
1
Identify which atom becomes a cation.
Identify which atom becomes a cation.
1
Identify the atom that becomes an anion.
Identify the atom that becomes an anion.
1
Identify the ion with the CORRECT symbol/charge.
Identify the ion with the CORRECT symbol/charge.
1
What rule states that all atoms want 8 valence electrons like the noble gases?
What rule states that all atoms want 8 valence electrons like the noble gases?
1
Identify the ion with the WRONG symbol/charge.
Identify the ion with the WRONG symbol/charge.
1
The bond that is formed from a metal and a nonmetal is:
The bond that is formed from a metal and a nonmetal is:
1
In a covalent bond electrons are
In a covalent bond electrons are
1
Identify the true statement
Identify the true statement

3
2
2
2
2
3
4
2
3
d. manganese (IV) oxide
d. manganese (IV) oxide
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3
4
2
Draw the dot diagram for Chlorine.
Draw the dot diagram for Chlorine.
2
Draw the dot diagram for calcium.
Draw the dot diagram for calcium.
5
Draw the Dot diagram, structural formula and state the lone pairs for CH4.
Draw the Dot diagram, structural formula and state the lone pairs for CH4.
5
Draw the Dot diagram with electron movement and the ionic compound formula for magnesium and iodine.
Draw the Dot diagram with electron movement and the ionic compound formula for magnesium and iodine.