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WorksheetsNaming and Writing Ionic Compounds
Total questions: 20
Worksheet time: 14mins
The correct oxidation number for the Beryllium ion is
0
+2
-2
+4
When a metal reacts with a nonmetal in the formation of an ionic compound, the metal ion will always
share its valence e-
transfer valence e- to the nonmetal
accept valence e- from the nonmetal
neither transfer or share e- with the nonmetal
The correct formula for Zinc Chloride is
ZnCl2
ZnCl
Zn2Cl
Zn2Cl2
The correct formula for Aluminum Sulfate is
AlSO4
Al3(SO4)2
Al2(SO3)3
Al2(SO4)3
The oxidation number of the Gold ion in Gold (III) is
0
1
3
7
In CuCl2 , there are ____ chloride ions present in the compound.
1
2
0
3
The correct name for Ni (NO2) 3 is
Nickel (II) nitrite
Nickel (III) nitrate
Nickel nitrate
Nickel (III) nitrite
MnO is
Manganese (II) Oxide
Manganese Oxide
Manganese (I ) Oxide
Manganese Diooxide
When Zinc chloride forms ionically
The Zinc ion gives 2e- each to 2 Chloride ions
The Zinc ion recieves 2e- each from 2 Chloride ions
The Zinc ion gives 2e- to 1 chloride ion
The zinc ion gives 1e- each to 2 different chloride ions
What is the correct name for this ion ? S ^-2
Sulfide
Sulfate
Sulfite
Sulphur
Which of the following is correctly written?
MgO2
K2Cr2O7
Mn(ClO4)5
BeCl
What is the correct name for the compound RhP?
Rhodium Phosphide
Rhodium (III) Phosphide
Rhodium Phosphate
Rhodium (III) Phosphate
Which of the following is the correct name for Br^-1?
Bromine
Bromide
Bromate
Bromoxide
NH4 C2H3O2 is
Nitrogen Acetate
Ammonium Carbon Hydrogenate
Ammonium Carboxide
Ammonium Acetate
The correct formula for Chromium (VI) Phosphate is
CrP6
Cr(PO4)2
CrPO4
Cr3(PO4)6
Match the following:
Copper I hypochlorite
Ca(OH)2
Copper II hypochlorite
Fe (MnO4)3
Calcium Hydroxide
CuClO
Chromium II Hydroxide
Cr(OH)2
Iron III permanganate
Cu(ClO)2
Name this compound: Al2(SO4)3
(a)
Write the formula for Lead (IV) Sulfide
(a)
The criss-cross method is an effective procedure for writing formulas for ionic compounds because when done properly, all of the charges equal out to
(a)
Following are potential oxidation states for the Vanadium ion except: (a)
