DBA for 4.01 cheemistry
Lesson 4.01: Chemical vs. Physical Changes and Properties
Define and identify chemical and physical properties and changes.
Give examples of physical and chemical properties and changes.
Compare and contrast chemical and physical properties and changes.
Lesson 4.02: Balancing Equations
Explain why it is important to always balance equations.
Describe what coefficients represent and how they relate to the law of conservation of mass.
Use coefficients to balance a variety of chemical equations.
Lesson 4.03: Chemical Reactions: Double and Single Replacement
Identify double and single replacement reactions when given the complete equation or the reactants.
Predict the products of a double or single replacement reaction when given the reactants.
Use an activity series to determine if a single replacement reaction is possible.
Identify the common properties of single and double replacement reactions.
Lesson 4.04: Chemical Reactions: Synthesis and Decomposition
Identify synthesis and decomposition reactions when given the complete equation or the reactants.
Predict the products of a synthesis or decomposition reaction when given the reactants.
Identify the properties of synthesis and decomposition reactions.
Lesson 4.05: Chemical Reactions: Combustion
Identify combustion reactions when given the complete equation or the reactants.
Predict the products of a combustion reaction when given the reactants.
Identify the properties of combustion reactions.
Be able to describe the reactions and observations from the laboratory activity.
Lesson 4.06: Stoichiometry
Explain what the coefficients in a balanced equation represent and how they can be used in ratios.
Use coefficients from a balanced equation as a mole ratio in dimensional analysis calculations.
Solve a variety of stoichiometry calculations involving moles and mass.
Use volume and density in stoichiometry calculations (honors).
Lesson 4.07: Limiting Reactant
Identify when a problem
Define and identify chemical and physical properties and changes.
Give examples of physical and chemical properties and changes.
Compare and contrast chemical and physical properties and changes.
Lesson 4.02: Balancing Equations
Explain why it is important to always balance equations.
Describe what coefficients represent and how they relate to the law of conservation of mass.
Use coefficients to balance a variety of chemical equations.
Lesson 4.03: Chemical Reactions: Double and Single Replacement
Identify double and single replacement reactions when given the complete equation or the reactants.
Predict the products of a double or single replacement reaction when given the reactants.
Use an activity series to determine if a single replacement reaction is possible.
Identify the common properties of single and double replacement reactions.
Lesson 4.04: Chemical Reactions: Synthesis and Decomposition
Identify synthesis and decomposition reactions when given the complete equation or the reactants.
Predict the products of a synthesis or decomposition reaction when given the reactants.
Identify the properties of synthesis and decomposition reactions.
Lesson 4.05: Chemical Reactions: Combustion
Identify combustion reactions when given the complete equation or the reactants.
Predict the products of a combustion reaction when given the reactants.
Identify the properties of combustion reactions.
Be able to describe the reactions and observations from the laboratory activity.
Lesson 4.06: Stoichiometry
Explain what the coefficients in a balanced equation represent and how they can be used in ratios.
Use coefficients from a balanced equation as a mole ratio in dimensional analysis calculations.
Solve a variety of stoichiometry calculations involving moles and mass.
Use volume and density in stoichiometry calculations (honors).
Lesson 4.07: Limiting Reactant
Identify when a problem