Solution Stoichiometry & Types of
Chemical Reactions
Objectives
- Predict whether a substance is a strong, weak
or non-electrolyte.
- Understand what aqueous means and its
importance in reactions
- Predict the ions that an electrolyte dissociates
into
- Know how to calculate the moles of a solution
using molarity
- Be able to calculate dilution problems
- Be able to calculate the concentrations of
ions when they dissociate
- Identify substances as acids, bases and salts
- Define a neutralization reaction
- Understand the relationship between strength
of an acid or base with its degree of dissociation
- Understand the titration process
- Be able to perform mole calculations using
titration data
- Using solubility rules, predict if a
precipitate forms in a double replacement (metathesis) reaction, predict
its products and write a balanced molecular chemical equation.
- Predict the products and write a balanced
chemical equation for an acid-base reaction.
- Be able to identify spectator ions and write
ionic and net ionic equations
- Define oxidation and reduction and recognize
their relationship
- Become familiar with some common oxidizing and
reducing agents to help you identify a redox reaction.
- Know how to balance a redox reaction using the
half-reaction method.
- Assign oxidation numbers to atoms
- Determine whether a reaction is redox or not.
- Be able to identify the different types of
simple redox reactions (combination, decomposition, single replacement
- Know how to recognize disproportionation
Use the activity series
to predict whether a Redox (single replacement) reaction can occur, and write
molecular and net ionic equations