Frontlearners General Chemistry 2

Topic outline

• 

  Intermolecular Forces and Liquids and Solids

  • A01_Kinetic Molecular Model of Liquids and Solids (MELC) File

    Mark as done

    Using the kinetic molecular model to explain properties of liquids and solids
    

  • AQuiz_01_Kinetic Molecular Model of Liquids and Solids (MELC) File

    Mark as done

    Using the kinetic molecular model to explain properties of liquids and solids
    

  • A02_Types of Intermolecular Forces (MELC) File

    Mark as done

    Describing and differentiating the types of intermolecular forces
    

  • AQuiz_02_Types of Intermolecular Forces (MELC) File

    Mark as done

    Describing and differentiating the types of intermolecular forces
    

  • A03_Prediction of Intermolecular Forces in Molecules File

    Mark as done

    Predicting the intermolecular forces possible for a molecule
    

  • AQuiz_03_Prediction of Intermolecular Forces in Molecules File

    Mark as done

    Predicting the intermolecular forces possible for a molecule
    

  • A04_Properties of Liquids (MELC) File

    Mark as done

    Describing the following properties of liquids, and explain the effect of intermolecular forces on these properties: surface tension, viscosity, vapor pressure, boiling point, and molar heat of vaporization
  • AQuiz_04_Properties of Liquids (MELC) File

    Mark as done

    Describing the following properties of liquids, and explain the effect of intermolecular forces on these properties: surface tension, viscosity, vapor pressure, boiling point, and molar heat of vaporization
    

  • ALab_04_Viscosity of Liquids File

    Mark as done

    (LAB) Measuring and explain the difference in the viscosity of some liquids
    

  • A05_Properties of Water (MELC) File

    Mark as done

    Explaining the properties of water with its molecular structure and intermolecular forces
    

  • AQuiz_05_Properties of Water (MELC) File

    Mark as done

    Explaining the properties of water with its molecular structure and intermolecular forces

  • A06_Crystalline and Amorphous Solids (MELC) File

    Mark as done

    Describing the difference in structure of crystalline and amorphous solids
    

  • AQuiz_06_Crystalline and Amorphous Solids (MELC) File

    Mark as done

    Describing the difference in structure of crystalline and amorphous solids
    

  • A07_Types of Crystals File

    Mark as done

    Describing the different types of crystals and their properties: ionic, covalent, molecular, and metallic
    

  • AQuiz_07_Types of Crystals File

    Mark as done

    Describing the different types of crystals and their properties: ionic, covalent, molecular, and metallic
    

  • A08_Phase Changes File

    Mark as done

    Describing the nature of the following phase changes in terms of energy change and the increase or decrease in molecular order: solid-liquid, liquid-vapor, and solid-vapor
    
  • AQuiz_08_Phase Changes File

    Mark as done

    Describing the nature of the following phase changes in terms of energy change and the increase or decrease in molecular order: solid-liquid, liquid-vapor, and solid-vapor
    

  • ALab_08_Heating Curve and Cooling Curve (MELC) File

    Mark as done

    (MELC)
    Determining and explaining the heating and cooling curve of a substance
    
    (CG)
    (LAB) Determining and explaining the heating and cooling curve of a substance
    
  • A09_Phase Diagram (MELC) File

    Mark as done

    Interpreting the phase diagram of water and carbon dioxide
    

  • AQuiz_09_Phase Diagram (MELC) File

    Mark as done

    Interpreting the phase diagram of water and carbon dioxide
    

• 

  Physical Properties of Solutions

  • B01_Types of Solutions--Based on the Amount of Solute File

    Mark as done

    Describing the different types of solutions (Part 1)
  • BQuiz_01_Types of Solutions--Based on the Amount of Solute File

    Mark as done

    Describing the different types of solutions (Part 1)
    

  • B02_Types of Solutions--Based on the Physical States of Components and Electrical Conductivity File

    Mark as done

    Describing the different types of solutions (Part 2)
    

  • BQuiz_02_Types of Solutions--Based on the Physical States of Components and Electrical Conductivity File

    Mark as done

    Describing the different types of solutions (Part 2)
    

  • B03_Units of Concentration--Percent (MELC) File

    Mark as done

    Using different ways of expressing concentration of solutions: percent by mass, mole fraction, molarity, molality, percent by volume, percent by mass, ppm (Part 1) 
    

  • BQuiz_03_Units of Concentration--Percent (MELC) File

    Mark as done

    Using different ways of expressing concentration of solutions: percent by mass, mole fraction, molarity, molality, percent by volume, percent by mass, ppm (Part 1) 
    

  • B04_Units of Concentration--Parts per Million and Parts per Billion (MELC) File

    Mark as done

    Using different ways of expressing concentration of solutions: percent by mass, mole fraction, molarity, molality, percent by volume, percent by mass, ppm (Part 2) 
    

  • BQuiz_04_Units of Concentration--Parts per Million and Parts per Billion (MELC) File

    Mark as done

    Using different ways of expressing concentration of solutions: percent by mass, mole fraction, molarity, molality, percent by volume, percent by mass, ppm (Part 2) 
    

  • B05_Units of Concentration--Mole Fraction, Molarity, and Molality (MELC) File

    Mark as done

    Using different ways of expressing concentration of solutions: percent by mass, mole fraction, molarity, molality, percent by volume, percent by mass, ppm (Part 3) 
    

  • BQuiz_05_Units of Concentration--Mole Fraction, Molarity, and Molality (MELC) File

    Mark as done

    Using different ways of expressing concentration of solutions: percent by mass, mole fraction, molarity, molality, percent by volume, percent by mass, ppm (Part 3) 
  • B06_Solution Stoichiometry (MELC) File

    Mark as done

    Performing stoichiometric calculations for reactions in solution
    

  • BQuiz_06_Solution Stoichiometry (MELC) File

    Mark as done

    Performing stoichiometric calculations for reactions in solution
  • BLab_06_Measurement of Acidity of Solutions by Titration (MELC) File

    Mark as done

    (MELC)

    Describing laboratory procedures in determining concentration of solutions

    
    

    (CG)

    (LAB) Performing acid-base titration to determine concentration of solutions
    

  • B07_Effect of Temperature on Solubility File

    Mark as done

    Explaining the effect of temperature on the solubility of a solid and of a gas
    

  • BQuiz_07_Effect of Temperature on Solubility File

    Mark as done

    Explaining the effect of temperature on the solubility of a solid and of a gas

  • BLab_07_Determination of Solubility of a Salt in Water File

    Mark as done

    (LAB) Determining the solubility of a solid in a given amount of water at different temperatures
    

  • B08_Effect of Pressure on Solubility of Gases File

    Mark as done

    Explaining the effect of pressure on the solubility of a gas
    

  • BQuiz_08_Effect of Pressure on Solubility of Gases File

    Mark as done

    Explaining the effect of pressure on the solubility of a gas
    

  • B09_Colligative Properties of Nonelectrolyte Solutions (MELC) File

    Mark as done

    Describing the effect of concentration on the colligative properties of solutions
  • BQuiz_09_Colligative Properties of Nonelectrolyte Solutions (MELC) File

    Mark as done

    Describing the effect of concentration on the colligative properties of solutions
  • B10_Colligative Properties of Electrolyte Solutions (MELC) File

    Mark as done

    Differentiating the colligative properties of nonelectrolyte solutions and of electrolyte solutions
  • BQuiz_10_Colligative Properties of Electrolyte Solutions (MELC) File

    Mark as done

    Differentiating the colligative properties of nonelectrolyte solutions and of electrolyte solutions
    

  • B11_Calculations Involving Colligative Properties (MELC) File

    Mark as done

    Calculating boiling point elevation and freezing point depression from the concentration of a solute in a solution
    

  • BQuiz_11_Calculations Involving Colligative Properties (MELC) File

    Mark as done

    Calculating boiling point elevation and freezing point depression from the concentration of a solute in a solution
    

  • B12_Determination of Molar Mass Using Colligative Properties (MELC) File

    Mark as done

    Calculating molar mass from colligative property data
    

  • BQuiz_12_Determination of Molar Mass Using Colligative Properties (MELC) File

    Mark as done

    Calculating molar mass from colligative property data
    

  • BLab_12_Determination of Molar Mass from Boiling Point Elevation Data File

    Mark as done

    (LAB) Determining the molar mass of a solid from the change of melting point or boiling point of a solution

    
    

• 

  Thermochemistry

  • C01_Energy Changes in Chemical Reactions File

    Mark as done

    Explaining the energy changes during chemical reactions
    

  • CQuiz_01_Energy Changes in Chemical Reactions File

    Mark as done

    Explaining the energy changes during chemical reactions
    

  • C02_Exothermic and Endothermic Processes File

    Mark as done

    Distinguishing between exothermic and endothermic processes
    

  • CQuiz_02_Exothermic and Endothermic Processes File

    Mark as done

    Distinguishing between exothermic and endothermic processes
    

  • C03_First Law of Thermodynamics (MELC) File

    Mark as done

    Explaining the first law of thermodynamics
    

  • CQuiz_03_First Law of Thermodynamics (MELC) File

    Mark as done

    Explaining the first law of thermodynamics
    

  • C04_Enthalpy of Reaction (MELC) File

    Mark as done

    Explaining enthalpy of a reaction
    

  • CQuiz_04_Enthalpy of Reaction (MELC) File

    Mark as done

    Explaining enthalpy of a reaction
    

  • C05_Thermochemical Equation File

    Mark as done

    Writing the thermochemical equation for a chemical reaction
  • CQuiz_05_Thermochemical Equation File

    Mark as done

    Writing the thermochemical equation for a chemical reaction
  • CLab_05_Heat of Neutralization of an Acid File

    Mark as done

    (LAB) Determining the heat of neutralization of an acid
    

  • C06_Hess Law (MELC) File

    Mark as done

    Calculating the change in enthalpy of a given reaction using Hess Law
    

  • CQuiz_06_Hess Law (MELC) File

    Mark as done

    Calculating the change in enthalpy of a given reaction using Hess Law
    

  • CLab_06_Thermochemical Calculations File

    Mark as done

    (LAB) Doing exercises on thermochemical calculations
    

• 

  Chemical Kinetics

  • D01_Rate of Reaction and Factors Affecting It (MELC) File

    Mark as done

    Describing how various factors influence the rate of a reaction
    

  • DQuiz_01_Rate of Reaction and Factors Affecting It (MELC) File

    Mark as done

    Describing how various factors influence the rate of a reaction
    

  • D02_Rate Law File

    Mark as done

    Writing the mathematical relationship between the rate of a reaction, rate constant, and concentration of the reactants
    

  • DQuiz_02_Rate Law File

    Mark as done

    Writing the mathematical relationship between the rate of a reaction, rate constant, and concentration of the reactants
    

  • D03_Zero-, First-, and Second-Order Reactions (MELC) File

    Mark as done

    Differentiating zero-, first-, and second-order reactions
    

  • DQuiz_03_Zero-, First-, and Second-Order Reactions (MELC) File

    Mark as done

    Differentiating zero-, first-, and second-order reactions
    

  • D04_The First-Order Reaction File

    Mark as done

    Writing the rate law for first-order reaction
    

  • DQuiz_04_The First-Order Reaction File

    Mark as done

    Writing the rate law for first-order reaction
    

  • D05_Reaction Half-Life File

    Mark as done

    Discussing the effect of reactant concentration on the half-time of a first-order reaction
    

  • DQuiz_05_Reaction Half-Life File

    Mark as done

    Discussing the effect of reactant concentration on the half-time of a first-order reaction
    

  • D06_Effect of Temperature on the Rate of Reaction File

    Mark as done

    Explaining the effect of temperature on the rate of a reaction
    

  • DQuiz_06_Effect of Temperature on the Rate of Reaction File

    Mark as done

    Explaining the effect of temperature on the rate of a reaction
    

  • D07_Collision Theory (MELC) File

    Mark as done

    Explaining reactions qualitatively in terms of molecular collisions
    

  • DQuiz_07_Collision Theory (MELC) File

    Mark as done

    Explaining reactions qualitatively in terms of molecular collisions
    

  • D08_Effect of Catalyst on the Rate of Reaction (MELC) File

    Mark as done

    Explaining activation energy and how a catalyst affects the reaction rate
    

  • DQuiz_08_Effect of Catalyst on the Rate of Reaction (MELC) File

    Mark as done

    Explaining activation energy and how a catalyst affects the reaction rate
    

  • D09_Types of Catalysts (MELC) File

    Mark as done

    Citing and differentiating the types of catalysts
    

  • DQuiz_09_Types of Catalysts (MELC) File

    Mark as done

    Citing and differentiating the types of catalysts
    

  • DLab_09_Kinetics of the Iodine-Clock Reaction File

    Mark as done

    (LAB) Determining the effect of various factors on the rate of a reaction
    

• 

  Chemical Thermodynamics

  • E01_Spontaneity of Reactions (MELC) File

    Mark as done

    Predicting the spontaneity of a process based on entropy

  • EQuiz_01_Spontaneity of Reactions (MELC) File

    Mark as done

    Predicting the spontaneity of a process based on entropy

  • E02_Entropy Change of the System File

    Mark as done

    Determining whether entropy increases or decreases if the following are changed: temperature, phase, number of particles

  • EQuiz_02_Entropy Change of the System File

    Mark as done

    Determining whether entropy increases or decreases if the following are changed: temperature, phase, number of particles

  • E03_Second Law of Thermodynamics (MELC) File

    Mark as done

    Explaining the second law of thermodynamics and its significance

  • EQuiz_03_Second Law of Thermodynamics (MELC) File

    Mark as done

    Explaining the second law of thermodynamics and its significance

  • E04_Gibbs Free Energy (MELC) File

    Mark as done

    Using Gibbs' free energy to determine the direction of a reaction

  • EQuiz_04_Gibbs Free Energy (MELC) File

    Mark as done

    Using Gibbs' free energy to determine the direction of a reaction

• 

  Chemical Equilibrium

  • F01_Reversible Reactions File

    Mark as done

    Describing reversible reactions
    

  • FQuiz_01_Reversible Reactions File

    Mark as done

    Describing reversible reactions
    

  • FLab_01_Examples of Reversible Reactions File

    Mark as done

    (LAB) Describe the behavior of reversible reactions

  • F02_Reaction Rates at Chemical Equilibrium (MELC) File

    Mark as done

    Explaining chemical equilibrium in terms of the reaction rates of the forward and the reverse reaction

  • FQuiz_02_Reaction Rates at Chemical Equilibrium (MELC) File

    Mark as done

    Explaining chemical equilibrium in terms of the reaction rates of the forward and the reverse reaction

  • F03_Equilibrium Constant (MELC) File

    Mark as done

    (MELC)

    Calculating equilibrium constant and the pressure or concentration of reactants or products in an equilibrium mixture (Part 1)

    
    

    (CG)

    Writing expressions for the reaction quotient/equilibrium constants

  • FQuiz_03_Equilibrium Constant (MELC) File

    Mark as done

    (MELC)

    Calculating equilibrium constant and the pressure or concentration of reactants or products in an equilibrium mixture (Part 1)

    
    

    (CG)

    Writing expressions for the reaction quotient/equilibrium constants

  • F04_Predicting the Direction of Reaction from the Equilibrium Constant File

    Mark as done

    Explaining the significance of the value of the equilibrium constant

  • FQuiz_04_Predicting the Direction of Reaction from the Equilibrium Constant File

    Mark as done

    Explaining the significance of the value of the equilibrium constant
    

  • F05_Solving Problems on Chemical Equilibrium I (MELC) File

    Mark as done

    (MELC)

    Calculating equilibrium constant and the pressure or concentration of reactants or products in an equilibrium mixture (Part 2)

    
    

    (CG)

    Calculating equilibrium constant and the pressure or concentration of reactants or products in an equilibrium mixture (Part 1)

  • FQuiz_05_Solving Problems on Chemical Equilibrium I (MELC) File

    Mark as done

    (MELC)

    Calculating equilibrium constant and the pressure or concentration of reactants or products in an equilibrium mixture (Part 2)

    
    

    (CG)

    Calculating equilibrium constant and the pressure or concentration of reactants or products in an equilibrium mixture (Part 1)

  • F06_Solving Problems on Chemical Equilibrium II (MELC) File

    Mark as done

    (MELC)

    Calculating equilibrium constant and the pressure or concentration of reactants or products in an equilibrium mixture (Part 3)

    
    

    (CG)

    Calculating equilibrium constant and the pressure or concentration of reactants or products in an equilibrium mixture (Part 2)

  • FQuiz_06_Solving Problems on Chemical Equilibrium II (MELC) File

    Mark as done

    (MELC)

    Calculating equilibrium constant and the pressure or concentration of reactants or products in an equilibrium mixture (Part 3)

    
    

    (CG)

    Calculating equilibrium constant and the pressure or concentration of reactants or products in an equilibrium mixture (Part 2)

  • FLab_06_Exercises on Chemical Equilibrium File

    Mark as done

    (LAB) Performing calculations involving equilibrium of gaseous reactions

  • F07_Le Châtelier's Principle (MELC) File

    Mark as done

    Stating the Le Chatelier’s principle and applying it qualitatively to describe the effect of changes in pressure, concentration and temperature on a system at equilibrium

  • FQuiz_07_Le Châtelier's Principle (MELC) File

    Mark as done

    Stating the Le Chatelier’s principle and applying it qualitatively to describe the effect of changes in pressure, concentration and temperature on a system at equilibrium

  • FLab_07_Experiments on Le Châtelier's Principle File

    Mark as done

    (LAB) Describe the behavior of a reaction mixture when the following takes place:

    a. change in concentration of reactants or products

    b. change in temperature

• 

  Acid-Base Equilibria and Salt Equilibria

  • G01_Brønsted-Lowry Acids and Bases (MELC) File

    Mark as done

    Defining Brønsted acids and bases
    

  • GQuiz_01_Brønsted-Lowry Acids and Bases (MELC) File

    Mark as done

    Defining Brønsted acids and bases
    

  • G02_Acid-Base Properties of Water (MELC) File

    Mark as done

    Discussing the acid-base property of water
    

  • GQuiz_02_Acid-Base Properties of Water (MELC) File

    Mark as done

    Discussing the acid-base property of water
    

  • G03_The pH Scale (MELC) File

    Mark as done

    (MELC)

    Calculating pH from the concentration of hydrogen ion or hydroxide ion in aqueous solutions (Part 1)
    

    
    

    (CG)

    Defining pH
    

  • GQuiz_03_The pH Scale (MELC) File

    Mark as done

    (MELC)

    Calculating pH from the concentration of hydrogen ion or hydroxide ion in aqueous solutions (Part 1)
    

    
    

    (CG)

    Defining pH

  • G04_pH Calculations (MELC) File

    Mark as done

    (MELC)

    Calculating pH from the concentration of hydrogen ion or hydroxide ion in aqueous solutions (Part 2)
    

    
    

    (CG)

    Calculating pH from the concentration of hydrogen ion or hydroxide ion in aqueous solutions
    

  • GQuiz_04_pH Calculations (MELC) File

    Mark as done

    (MELC)

    Calculating pH from the concentration of hydrogen ion or hydroxide ion in aqueous solutions (Part 2)
    

    
    

    (CG)

    Calculating pH from the concentration of hydrogen ion or hydroxide ion in aqueous solutions

  • G05_Strength of Acids and Bases File

    Mark as done

    Determining the relative strength of an acid or a base, from the value of the ionization constant of a weak acid or base

  • GQuiz_05_Strength of Acids and Bases File

    Mark as done

    Determining the relative strength of an acid or a base, from the value of the ionization constant of a weak acid or base
  • G06_pH of Weak Acids and Weak Bases File

    Mark as done

    Determining the pH of a solution of weak acid or weak base

  • GQuiz_06_pH of Weak Acids and Weak Bases File

    Mark as done

    Determining the pH of a solution of weak acid or weak base

  • G07_Common Ion Effect File

    Mark as done

    Explaining the Common Ion Effect
    

  • GQuiz_07_Common Ion Effect File

    Mark as done

    Explaining the Common Ion Effect
    

  • GLab_07_Acidity of Weak Acids File

    Mark as done

    (LAB) Determining the pH of solutions of a weak acid at different concentrations and in the presence of its salt

  • G08_Buffer Solutions (MELC) File

    Mark as done

    Describing how a buffer solution maintains its pH

  • GQuiz_08_Buffer Solutions (MELC) File

    Mark as done

    Describing how a buffer solution maintains its pH
    

  • GLab_08_Buffer Solutions File

    Mark as done

    (LAB) Determine the behavior of the pH of buffered solutions upon the addition of a small amount of acid and base

  • G09_Henderson-Hasselbalch Equation (MELC) File

    Mark as done

    Calculating the pH of a buffer solution using the Henderson-Hasselbalch equation

  • GQuiz_09_Henderson-Hasselbalch Equation (MELC) File

    Mark as done

    Calculating the pH of a buffer solution using the Henderson-Hasselbalch equation

  • G10_Solubility Product Constant File

    Mark as done

    Explaining and applying the solubility product constant to predict the solubility of salts

  • GQuiz_10_Solubility Product Constant File

    Mark as done

    Explaining and applying the solubility product constant to predict the solubility of salts
    

  • G11_Effect of Common Ion on Solubility File

    Mark as done

    Describing the common ion effect on the solubility of a precipitate

  • GQuiz_11_Effect of Common Ion on Solubility File

    Mark as done

    Describing the common ion effect on the solubility of a precipitate
    

  • G12_Effect of pH on Solubility File

    Mark as done

    Explaining the effect of pH on the solubility of a precipitate

  • GQuiz_12_Effect of pH on Solubility File

    Mark as done

    Explaining the effect of pH on the solubility of a precipitate
    

• 

  Electrochemistry

  • H01_Redox Reactions (MELC) File

    Mark as done

    Defining oxidation and reduction reactions
    

  • HQuiz_01_Redox Reactions (MELC) File

    Mark as done

    Defining oxidation and reduction reactions
    

  • H02_Balancing Redox Reactions - Change-in-Oxidation-Number Method (MELC) File

    Mark as done

    Balancing redox reactions using the change in oxidation number method

  • HQuiz_02_Balancing Redox Reactions - Change-in-Oxidation-Number Method (MELC) File

    Mark as done

    Balancing redox reactions using the change in oxidation number method
    

  • H03_Balancing Redox Reactions - Half-Reaction Method File

    Mark as done

    Balancing redox reactions (continuation)

  • HQuiz_03_Balancing Redox Reactions - Half-Reaction Method File

    Mark as done

    Balancing redox reactions (continuation)
    

  • H04_Galvanic Cell (MELC) File

    Mark as done

    (MELC)

    Identifying the reaction occurring in the different parts of the cell (Part 1)
    

    
    

    (CG)

    Drawing the structure of a galvanic cell and labeling the parts

  • HQuiz_04_Galvanic Cell (MELC) File

    Mark as done

    (MELC)

    Identifying the reaction occurring in the different parts of the cell (Part 1)
    

    
    

    (CG)

    Drawing the structure of a galvanic cell and labeling the parts

  • H05_Half-Cell Reactions (MELC) File

    Mark as done

    (MELC)

    Identifying the reaction occurring in the different parts of the cell (Part 2)
    

    
    

    (CG)

    Identifying the reaction occurring in the different parts of the cell

  • HQuiz_05_Half-Cell Reactions (MELC) File

    Mark as done

    (MELC)

    Identifying the reaction occurring in the different parts of the cell (Part 2)
    

    
    

    (CG)

    Identifying the reaction occurring in the different parts of the cell

  • H06_Writing the Half-Cell Reactions File

    Mark as done

    Writing the half-equations for the reactions occurring in the electrodes

  • HQuiz_06_Writing the Half-Cell Reactions File

    Mark as done

    Writing the half-equations for the reactions occurring in the electrodes
    

  • H07_Writing the Overall Cell Reaction File

    Mark as done

    Writing the balanced overall cell reaction
    

  • HQuiz_07_Writing the Overall Cell Reaction File

    Mark as done

    Writing the balanced overall cell reaction
    

  • H08_Examples of Galvanic Cells File

    Mark as done

    Giving different examples of galvanic cell
    

  • HQuiz_08_Examples of Galvanic Cells File

    Mark as done

    Giving different examples of galvanic cell
    

  • H09_Electrode Potentials (MELC) File

    Mark as done

    Defining reduction potential, oxidation potential, and cell potential

  • HQuiz_09_Electrode Potentials (MELC) File

    Mark as done

    Defining reduction potential, oxidation potential, and cell potential
    

  • H10_Standard Hydrogen Electrode File

    Mark as done

    Describing the standard hydrogen electrode
    

  • HQuiz_10_Standard Hydrogen Electrode File

    Mark as done

    Describing the standard hydrogen electrode
    

  • H11_Calculating the Standard Cell Potential (MELC) File

    Mark as done

    Calculating the standard cell potential
    

  • HQuiz_11_Calculating the Standard Cell Potential (MELC) File

    Mark as done

    Calculating the standard cell potential
    

  • H12_Cell Potential of a Galvanic Cell (MELC) File

    Mark as done

    Relating the value of the cell potential to the feasibility of using the cell to generate an electric current

  • HQuiz_12_Cell Potential of a Galvanic Cell (MELC) File

    Mark as done

    Relating the value of the cell potential to the feasibility of using the cell to generate an electric current
    

  • HLab_12_Galvanic Cell File

    Mark as done

    (LAB) Determining the potential and predict the cell reaction of some assembled electrochemical cells

  • H13_Batteries (MELC) File

    Mark as done

    Describing the electrochemistry involved in some common batteries:

    a. Leclanché dry cell

    b. button batteries

    c. fuel cells

    d. lead storage battery

  • HQuiz_13_Batteries (MELC) File

    Mark as done

    Describing the electrochemistry involved in some common batteries:

    a. Leclanché dry cell

    b. button batteries

    c. fuel cells

    d. lead storage battery

  • H14_Corrosion (MELC) File

    Mark as done

    Applying electrochemical principles to explain corrosion

  • HQuiz_14_Corrosion (MELC) File

    Mark as done

    Applying electrochemical principles to explain corrosion
    

  • H15_Electrolytic Cell (MELC) File

    Mark as done

    Explaining the electrode reactions during electrolysis

  • HQuiz_15_Electrolytic Cell (MELC) File

    Mark as done

    Explaining the electrode reactions during electrolysis
    

  • HLab_15_Electrolysis of Water File

    Mark as done

    (LAB) Describing the reactions at the electrodes during the electrolysis of water; citing the evidence for the conclusion

  • H16_Commercial Electrolytic Processes (MELC) File

    Mark as done

    Describing the reactions in some commercial electrolytic processes
    

  • HQuiz_16_Commercial Electrolytic Processes (MELC) File

    Mark as done

    Describing the reactions in some commercial electrolytic processes
    

• 

  Topic 9