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Chemical Reactions

Chemical Reactions. Writing Chemical Equations 11.1

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Page 1: Chemical Reactions. Writing Chemical Equations 11.1

Chemical Reactions

Page 2: Chemical Reactions. Writing Chemical Equations 11.1

Writing Chemical Equations11.1

Page 3: Chemical Reactions. Writing Chemical Equations 11.1

Writing Chemical Equations

•A catalyst is a substance that speeds up the reaction but is not used up in the reaction.•Without Catalyst With Catalyst

11.1

Page 4: Chemical Reactions. Writing Chemical Equations 11.1

Classifying Reactions

•The activity series of metals lists metals in order of decreasing reactivity.

11.2

Page 5: Chemical Reactions. Writing Chemical Equations 11.1

Predicting the Products of a Chemical Reaction

11.2

Page 6: Chemical Reactions. Writing Chemical Equations 11.1

Predicting the Products of a Chemical Reaction

11.2

Page 7: Chemical Reactions. Writing Chemical Equations 11.1

Predicting the Products of a Chemical Reaction

11.2

Page 8: Chemical Reactions. Writing Chemical Equations 11.1

Predicting the Products of a Chemical Reaction

11.2

Page 9: Chemical Reactions. Writing Chemical Equations 11.1

Predicting the Products of a Chemical Reaction

11.2

Page 10: Chemical Reactions. Writing Chemical Equations 11.1

Net Ionic Equations

•A complete ionic equation is an equation that shows dissolved ionic compounds as dissociated free ions.

11.3

Page 11: Chemical Reactions. Writing Chemical Equations 11.1

Net Ionic Equations

•Spectator Ion: An ion that appears on both sides of an equation and is not directly involved in the reaction

•Net ionic equation: Equation for a reaction in solution that shows only those particles that are directly involved in the chemical change.

11.3

Page 12: Chemical Reactions. Writing Chemical Equations 11.1

Predicting the Formation of a Precipitate

11.3

•Precipitate: solid that forms and settles out in

a chemical reaction

•You can predict the

formation of a precipitate

by using the general rules for solubility of ionic compounds.