1. Including solubility rules
Predicting Products
Including solubility rules

2. How to recognize which type
If reactants: Element(E), Compound(C)
E + E C
E + C
C + C
HE + EOH
CxHy + O2
Synthesis
Decomposition
Single replacement
Double replacement
Acid/Base reaction
Combustion

3. ****Special Notes -Decomposition types: Metal CO3Metal Oxide + CO2
-Synthesis:
reactant H2O metal OH product
- Single Replacement: activity series
Not stronger= NO Reaction (NR) product
-Double Replacement: solubility table
-Decomposition types:
Metal CO3Metal Oxide + CO2
Metal ClO3Metal Cl+ O2
Metal OH Metal Oxide + H2O
Acid Nonmetal Oxide + H2O

4. Determine Type Examples
Synthesis
H2 + O2 ®
H2O ®
Decomposition
AgNO3 + NaCl ®
Double replacement
Zn + H2SO4 ®
Single replacement
HgO ®
Decomposition
KBr +Cl2 ®
Single replacement
Mg(OH)2 + H2SO3 ®
Double replacement

5. Detemrine Type Examples II
Acid/Base
HNO3 + KOH ®
Decomposition
CaPO4 ®
AgBr + Cl2 ®
Single replacement
Zn + O2 ®
Synthesis
HgO + Pb®
Single replacement
HBr + NH4OH ®
Acid/Base
Cu(OH)2 + KClO3 ®
Double replacement

6. Now, Predict Products

7. Practice ____Na +____MgCl2  ____K + _____Cl2  ___Al2(CO3)3 + heat
Type of Rxn
Reactants
Products 1
____Na +____MgCl2  2
____K + _____Cl2  3
___Al2(CO3)3 + heat 4
_____Al+ ____O2 5
___Pb(NO3)2+___KOH 6
___Ca+___AgCl
Practice

8. Practice ____Na +____MgCl2  ____K + _____Cl2  ___Al2(CO3)3 + heat
Type of Rxn
Reactants
Products 1
____Na +____MgCl2  2
____K + _____Cl2  3
___Al2(CO3)3 + heat 4
_____Al+ ____O2 5
___Pb(NO3)2+ ___KOH 6
___Ca+___AgCl
Practice

9. More…. Practice ___C7H14 + ___O2 ___CuCl2 + ___Na2S ___H2+ ___I2
Type of Rxn
Reactants
Products 7
___C7H14 + ___O2 8
___CuCl2 + ___Na2S 9
___H2+ ___I2 10
___Zn+ ___Pb(NO3)2 11
___Cu+___FeSO4 12
___H2SO4 + heat
More….
Practice

10. More…. ___C7H14 + ___O2 ___CuCl2 + ___Na2S ___H2+ ___I2
Type of Rxn
Reactants
Products 1
___C7H14 + ___O2 2
___CuCl2 + ___Na2S 3
___H2+ ___I2 4
___Zn+ ___Pb(NO3)2 5
___Cu+___FeSO4 6
___H2SO4 + heat
More….

11. Solubility Table:
1. All compounds of Group 1 and ammonium soluble.
. All nitrates, acetates & chlorates soluble
. All halides soluble: except those of silver, mercury (I) & lead.
. All sulfates soluble: except calcium, barium, strontium, lead, & mercury.
. Expect for rule 1: carbonates, chromates, sulfides, hydroxides, oxides, phosphates, & silicates insoluble

12. Solubility: Determine if the following are soluble or insoluble:
Lead (II) acetate
Copper (II) carbonate
Ammonium sulfide
Silver Iodide
Potassium Nitrate
Calcium Sulfate
Nickel phosphate
Mercury (I) chloride
Magnesium chromate
Potassium hydroxide

13. Solubility: Determine if the following are soluble or insoluble:
Lead (II) acetate
Copper (II) carbonate
Ammonium sulfide
Silver Iodide
Potassium Nitrate
Calcium Sulfate
Nickel phosphate
Mercury (I) chloride
Magnesium chromate
Potassium hydroxide

14. What does this mean…
If SOLUBLE then If INSOLUBLE then