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WorksheetsBaseline Test: Ionic Bonding
Total questions: 20
Worksheet time: 19mins
Ionic bonding can be defined as:
Bonding in which electrons are either gained or lost to form molecules.
Bonding in which electrons are shared to form ions.
Bonding in which electrons are either gained or lost to form ions.
Bonding in which electrons are shared to form molecules.
In order to form an ionic bond, Magnesium will:
Lose two electrons.
Gain two electrons.
In order to form an ionic bond, Fluorine will:
Lose an electron.
Gain an electron.
In order to form an ionic bond, Aluminium will:
Lose three electrons.
Gain three electrons.
In order to form an ionic bond, Oxygen will:
Lose two electrons.
Gain two electrons.
Ionic bonds will form in the following compounds:
NaCl
CaO
HCl
LiBr
This is how an ionic bond takes place between lithium and oxygen:
TRUE
FALSE
This is how an ionic bond takes place between magnesium and chlorine:
TRUE
FALSE
Lithium has:
1 valence electron.
2 valence electrons.
3 valence electrons.
4 valence electrons.
Fluorine has:
5 valence electron.
6 valence electrons.
7 valence electrons.
8 valence electrons.
This is the formula for Boron sulphide: B3S2
TRUE
FALSE
This is the formula for Magnesium fluoride: MgF
TRUE
FALSE
The electron configuration for a magnesium ion is:
1s2; 2s2; 2p6; 3s2; 3p6
1s2; 2s2; 2p5
1s2; 2s2; 2p6
1s2; 2s2; 2p6; 3s2
The electron configuration for a chloride ion is:
1s2; 2s2; 2p6; 3s2; 3p6
1s2; 2s2; 2p5
1s2; 2s2; 2p6
1s2; 2s2; 2p6; 3s2
In this formula, X3PO4, X is from Group:
1
2
13
14
In this formula, X(NO3)2, X is from Group:
1
2
13
14
The Relative Formula Mass for CuSO4 is 159
TRUE
FALSE
The Relative Formula Mass for Fe(NO3)2 is 180.
TRUE
FALSE
The ionic formula for the combination of Aluminium and Sulphur is:
Al3S2
Al3S3
Al2S2
Al2S3
The ionic formula for the combination of Barium and Bromine is:
Ba3Br
Ba2Br
BaBr2
BaBr3
