(165 PGS) FINAL EXAM REVIEW Grade 11 Chemistry Power Point (WITH FULL SOLUTIONS)

This is a Power Point final exam review for grade 11 chemistry. The Power Point is 165 slides long and contains more than 85 fully solved sample problems from the 5 units in grade 11 chemistry. The units reviewed are matter and bonding, balancing and reactions, quantities in chemical reactions, solutions and solubility and gases.

This is a great review tool for the students to prepare for their final exam in grade 11 chemistry, because if they get a problem wrong, they can compare their answer to the full solution to see where they went wrong. There are many fully solved stoichiometry questions; including solid stoichiometry problems, solution stoichiometry problems, titration stoichiometry problems and gas stoichiometry problems. It will take the students approximately 10 hours to solve all the problems included in the Power Point.

The review problems include:
Unit #1: Atomic radius, ionization energy, electron affinity, electronegativity, ionic bonding, covalent bonding, metallic bonding, properties of compounds, drawing Lewis structures, determining polarity, solving for isotopic abundance, naming ionic compounds, covalent compounds, acids, multivalent metals and polyatomic compounds.

Unit #2: Balancing chemical equations, determining the type of reaction, predicting the products of complete combustion reactions, incomplete combustion reactions, single displacement reactions, double displacement reactions, synthesis reactions and decomposition reactions.

Unit #3: Calculating the mass percent, percent composition, empirical formula, molecular formula, and converting between moles, mass and particles. It also includes using stoichiometry to solve for the mass, molecules or moles of a product formed or a reactant used in a chemical reaction and solving for the limiting reactant, the amount of excess reactant and the percent yield.

Unit #4: Calculating concentrations, (m/m%, m/v%, v/v%, ppm, ppb and molar concentration), titrations, total ionic equation, net ionic equation. It also includes using solution stoichiometry to solve for the mass, molecules, moles or concentration of a product formed or a reactant used in a chemical reaction and solving for the limiting reactant, the amount of excess reactant and the percent yield.

Unit #5: Using Boyle’s law, Charles’s law, Gay-Lussac’s law, or combined gas law to solve for temperature, pressure or volume of a gas, the ideal gas law, Dalton’s laws, solving for the molar mass and density of a gas. It also includes using gas stoichiometry to solve for the mass, molecules, moles or volume of a product formed or a reactant used in a chemical reaction and solving for the limiting reactant and the amount of excess reactant.