Frontlearners General Chemistry 1

Topic outline

• 

  Matter and Its Properties

  • A01_The Particulate Nature of Matter File

    Mark as done

    Recognizing that substances are made up of smaller particles
    

  • A01Quiz_The Particulate Nature of Matter File

    Mark as done

    Recognizing that substances are made up of smaller particles
    

  • A02_States of Matter File

    Mark as done

    Describing and/or making a representation of the arrangement, relative spacing, and relative motion of the particles in each of the three phases of matter
    

  • A02Quiz_States of Matter File

    Mark as done

    Describing and/or making a representation of the arrangement, relative spacing, and relative motion of the particles in each of the three phases of matter
    

  • A03_Physical and Chemical Properties (MELC) File

    Mark as done

    (MELC)

    Using properties of matter to identify substances and to separate them (Part 1)
    

    
    

    (CG)

    Distinguishing between physical and chemical properties and give examples
    

  • A03Quiz_Physical and Chemical Properties (MELC) File

    Mark as done

    (MELC)

    Using properties of matter to identify substances and to separate them (Part 1)

    (CG)

    Distinguishing between physical and chemical properties and give examples

  • A04_Extensive and Intensive Properties (MELC) File

    Mark as done

    (MELC)

    Using properties of matter to identify substances and to separate them (Part 2)
    

    
    

    (CG)

    Distinguishing between extensive and intensive properties and give examples
    

  • A04Quiz_ Extensive and Intensive Properties (MELC) File

    Mark as done

    (MELC)

    Using properties of matter to identify substances and to separate them (Part 2)
    

    
    

    (CG)

    Distinguishing between extensive and intensive properties and give examples

  • A05_Properties of Matter for Identification and Separation of Substances (MELC) File

    Mark as done

    (MELC)

    Using properties of matter to identify substances and to separate them (Part 3)
    

    
    

    (CG)

    Using properties of matter to identify substances and to separate them
    

  • A05Quiz_Properties of Matter for Identification and Separation of Substances (MELC) File

    Mark as done

    (MELC)

    Using properties of matter to identify substances and to separate them (Part 3)
    

    
    

    (CG)

    Using properties of matter to identify substances and to separate them

  • A06_Pure Substances and Mixtures File

    Mark as done

    Differentiating between pure substances and mixtures
    

  • A06Quiz_Pure Substances and Mixtures File

    Mark as done

    Differentiating between pure substances and mixtures
    

  • A07_Elements and Compounds File

    Mark as done

    Differentiating between elements and compounds
    

  • A07Quiz_Elements and Compounds File

    Mark as done

    Differentiating between elements and compounds
    

  • A08_Homogeneous and Heterogeneous Mixtures File

    Mark as done

    Differentiating between homogenous and heterogenous mixtures
    

  • A08Quiz_Homogeneous and Heterogeneous Mixtures File

    Mark as done

    Differentiating between homogeneous and heterogeneous mixtures
    

  • A09_Formulas of Common Chemical Substances (MELC) File

    Mark as done

    Recognizing the formulas of common chemical substances
  • A09Quiz_Formulas of Common Chemical Substances (MELC) File

    Mark as done

    Recognizing the formulas of common chemical substances
  • A10_Separation Techniques for Mixtures and Compounds (MELC) File

    Mark as done

    (MELC)

    Describing various simple separation techniques such as distillation, chromatography
    

    
    

    (CG)

    Describing separation techniques for mixtures and compounds
    

  • A10Quiz_Separation Techniques for Mixtures and Compounds (MELC) File

    Mark as done

    (MELC)

    Describing various simple separation techniques such as distillation, chromatography
    

    
    

    (CG)

    Describing separation techniques for mixtures and compounds

  • A10LAB_Applying Separation Techniques (MELC) File

    Mark as done

    (MELC)

    Describing various simple separation techniques such as distillation, chromatography
    

    
    

    (CG)

    (LAB) Applying simple separation techniques such as distillation, chromatography
    

  • A11_Chemicals in Consumer Products (MELC) File

    Mark as done

    Comparing consumer products on the basis of their components for use, safety, quality and cost
    

  • A11Quiz_Chemicals in Consumer Products (MELC) File

    Mark as done

    Comparing consumer products on the basis of their components for use, safety, quality and cost
    

• 

  Measurements

  • B01_Precision and Accuracy File

    Mark as done

    Differentiating between precision and accuracy
    

  • B01Quiz_Precision and Accuracy File

    Mark as done

    Differentiating between precision and accuracy
    

  • B01LAB_Density Measurement File

    Mark as done

    (LAB) Determining the density of liquids & solids
    

• 

  Atoms, Molecules, and Ions

  • C01_Basic Laws of Matter File

    Mark as done

    Explaining how the basic laws of matter (law of conservation of mass, law of constant composition, law of multiple proportion) led to the formulation of Dalton’s Atomic Theory
    

  • C01Quiz_01_Basic Laws of Matter File

    Mark as done

    Explaining how the basic laws of matter (law of conservation of mass, law of constant composition, law of multiple proportion) led to the formulation of Dalton’s Atomic Theory
    

  • C02_Dalton's Atomic Theory File

    Mark as done

    Describing Dalton’s Atomic Theory
    

  • C02Quiz_02_Dalton_s Atomic Theory File

    Mark as done

    Describing Dalton’s Atomic Theory
    

  • C03_Atomic Structure (MELC) File

    Mark as done

    (MELC)
    Recognizing common isotopes and their uses (Part 1)
    
    (CG)
    Differentiating among atomic number, mass number, and isotopes, and which of these distinguishes one element from another
    
  • C03Quiz_03_Atomic Structure (MELC) File

    Mark as done

    (MELC)
    Recognizing common isotopes and their uses (Part 1)
    
    (CG)
    Differentiating among atomic number, mass number, and isotopes, and which of these distinguishes one element from another
  • C04_Writing Isotopic Symbols File

    Mark as done

    Writing isotopic symbols
    

  • C04Quiz_04_Writing Isotopic Symbols File

    Mark as done

    Writing isotopic symbols
    

  • C05_Uses of Isotopes (MELC) File

    Mark as done

    (MELC)

    Recognizing common isotopes and their uses (Part 2)
    

    
    

    (CG)

    Recognizing common isotopes and their uses
    

  • C05Quiz_05_Uses of Isotopes (MELC) File

    Mark as done

    (MELC)

    Recognizing common isotopes and their uses (Part 2)
    

    
    

    (CG)

    Recognizing common isotopes and their uses

  • C06_Differentiating among Atoms, Molecules, and Ions File

    Mark as done

    Differentiating among atoms, molecules, ions and give examples
    

  • C06Quiz_06_Differentiating among Atoms, Molecules, and Ions File

    Mark as done

    Differentiating among atoms, molecules, ions and give examples
    

  • C07_Structural Formulas and Molecular Models (MELC) File

    Mark as done

    Representing compounds using chemical formulas, structural formulas and models
    

  • C07Quiz_07_Structural Formulas and Molecular Models (MELC) File

    Mark as done

    Representing compounds using chemical formulas, structural formulas and models
    

  • C08_Empirical and Molecular Formulas File

    Mark as done

    Giving the similarities and differences between the empirical formula and molecular formula of a compound
    

  • C08Quiz_08_Empirical and Molecular Formulas File

    Mark as done

    Giving the similarities and differences between the empirical formula and molecular formula of a compound
    

  • C09_Naming Compounds and Writing Formulas - Ionic Compounds (MELC) File

    Mark as done

    Naming compounds given their formula and writing formula given the name of the compound (Part 1)
    

  • C09Quiz_09_Naming Compounds and Writing Formulas - Ionic Compounds (MELC) File

    Mark as done

    Naming compounds given their formula and writing formula given the name of the compound (Part 1)
    

  • C09LAB_Exercises on Naming Compounds and Writing Formulas - Ionic Compounds File

    Mark as done

    (LAB) Practicing chemical nomenclature: writing the chemical formulas of ionic compounds; naming ionic compounds from formulas
    

  • C10_Naming Compounds and Writing Formulas - Binary Covalent Compounds (MELC) File

    Mark as done

    Naming compounds given their formula and writing formula given the name of the compound (Part 2)
    

  • C10Quiz_10_Naming Compounds and Writing Formulas - Binary Covalent Compounds (MELC) File

    Mark as done

    Naming compounds given their formula and writing formula given the name of the compound (Part 2)
    

  • C11_Naming Compounds and Writing Formulas - Acids (MELC) File

    Mark as done

    Naming compounds given their formula and writing formula given the name of the compound (Part 3)
  • C11Quiz_11_Naming Compounds and Writing Formulas - Acids (MELC) File

    Mark as done

    Naming compounds given their formula and writing formula given the name of the compound (Part 3)
    

• 

  Stoichiometry

  • Atomic Mass, Avogadro's Number, Molar Mass, and Mole Concept

    Mark as done
  • D01_Atomic Mass File

    Mark as done

    Explaining relative atomic mass and average atomic mass
    

  • D01Quiz_01_Atomic Mass File

    Mark as done

    Explaining relative atomic mass and average atomic mass
    

  • D02_The Mole File

    Mark as done

    Defining a mole
    

  • D02Quiz_02_The Mole File

    Mark as done

    Defining a mole
    

  • D03_Avogadro's Number File

    Mark as done

    Illustrating Avogadro’s number with examples

  • D03Quiz_03_The Avogadro's Number File

    Mark as done

    Illustrating Avogadro’s number with examples
    

  • D04_The Molar Mass (MELC) File

    Mark as done

    (MELC)

    Calculating the empirical formula from the percent composition of a compound (Part 1)
    

    
    

    (CG)

    Determining the molar mass of elements and compounds
    

  • D04Quiz_04_The Molar Mass (MELC) File

    Mark as done

    (MELC)

    Calculating the empirical formula from the percent composition of a compound (Part 1)
    

    
    

    (CG)

    Determining the molar mass of elements and compounds

  • D05_The Mole Concept I File

    Mark as done

    Calculating the mass of a given number of moles of an element or compound or vice versa
    

  • D05Quiz_05_The Mole Concept I File

    Mark as done

    Calculating the mass of a given number of moles of an element or compound or vice versa
    
  • D06_The Mole Concept II File

    Mark as done

    Calculating the mass of a given number of particles of an element or compound or vice versa
    

  • D06Quiz_06_The Mole Concept II File

    Mark as done

    Calculating the mass of a given number of particles of an element or compound or vice versa
    

  • Percent Composition and Chemical Formulas

    Mark as done
  • D07_Percent Composition of Compounds File

    Mark as done

    Calculating the percent composition of a compound from its formula
    

  • D07Quiz_07_Percent Composition of Compounds File

    Mark as done

    Calculating the percent composition of a compound from its formula
    

  • D08_Empirical Formula from Percent Composition (MELC) File

    Mark as done

    (MELC)

    Calculating the empirical formula from the percent composition of a compound (Part 2)
    

    
    

    (CG)

    Calculating the empirical formula from the percent composition of a compound

    
    

  • D08Quiz_08_Empirical Formula from Percent Composition (MELC) File

    Mark as done

    (MELC)

    Calculating the empirical formula from the percent composition of a compound (Part 2)
    

    
    

    (CG)

    Calculating the empirical formula from the percent composition of a compound

  • D09_Molecular Formula and Molar Mass (MELC) File

    Mark as done

    Calculating molecular formula given the molar mass
    

  • D09Quiz_09_Molecular Formula from Molar Mass (MELC) File

    Mark as done

    Calculating molecular formula given the molar mass
    

  • Chemical Reactions and Chemical Equations

    Mark as done
  • D10_Chemical Equations (MELC) File

    Mark as done

    (MELC)

    Writing and balancing chemical equations

    
    

    (CG)

    Writing equations for chemical reactions and balance the equations
    

  • D10Quiz_10_Chemical Equations (MELC) File

    Mark as done

    (MELC)

    Writing and balancing chemical equations

    
    

    (CG)

    Writing equations for chemical reactions and balance the equations

  • D11_Mass Conservation in Chemical Reactions File

    Mark as done

    Interpreting the meaning of a balanced chemical reaction in terms of the law of conservation of mass
    

  • D11Quiz11_Mass Conservation in Chemical Reactions File

    Mark as done

    Interpreting the meaning of a balanced chemical reaction in terms of the law of conservation of mass
    

  • D12_Evidence of Chemical Reactions File

    Mark as done

    Describing the evidence that a chemical reaction has occurred
    

  • D12Quiz_12_Evidence of Chemical Reactions File

    Mark as done

    Describing the evidence that a chemical reaction has occurred
    

  • D12LAB_12_Exercises on Writing and Balancing Chemical Equations File

    Mark as done

    (LAB) Perform exercises on writing and balancing chemical equations
    

  • Mass Relationships in Chemical Reactions
    

    Mark as done
  • D13_Mole Ratio File

    Mark as done

    Constructing mole or mass ratios for a reaction in order to calculate the amount of reactant needed or amount of product formed in terms of moles or mass
    

  • D13_Quiz_13_Mole Ratio File

    Mark as done

    Constructing mole or mass ratios for a reaction in order to calculate the amount of reactant needed or amount of product formed in terms of moles or mass
    

  • D14_Reaction Yield I (MELC) File

    Mark as done

    Calculating percent yield and theoretical yield of the reaction
  • D14Quiz_14_Reaction Yield I (MELC) File

    Mark as done

    Calculating percent yield and theoretical yield of the reaction
    

  • D15_Limiting and Excess Reagents (MELC) File

    Mark as done

    Explaining the concept of limiting reagent in a chemical reaction; identifying the excess reagent(s)
    

  • D15Quiz_15_Limiting and Excess Reagents (MELC) File

    Mark as done

    Explaining the concept of limiting reagent in a chemical reaction; identifying the excess reagent(s)
    

  • D16_Reaction Yield II File

    Mark as done

    Calculating reaction yield when a limiting reagent is present
    

  • D16Quiz_16_Reaction Yield II File

    Mark as done

    Calculating reaction yield when a limiting reagent is present
    

  • D16LAB_16_Exercises on Mass Relationship in Chemical Reactions (MELC) File

    Mark as done

    (LAB) Determining mass relationship in a chemical reaction
    

• 

  Gases

  • E01_Pressure (MELC) File

    Mark as done

    Defining pressure and giving the common units of pressure
    

  • E01Quiz_01_Pressure (MELC) File

    Mark as done

    Defining pressure and giving the common units of pressure
    

  • E02_Gas Laws (MELC) File

    Mark as done

    (MELC)
    Using the gas laws to determine pressure, volume, or temperature of a gas under certain conditions of change (Part 1)
    
    (CG)
    Expressing the gas laws in equation form
    
  • E02Quiz_02_Gas Laws (MELC) File

    Mark as done

    (MELC) 
    Using the gas laws to determine pressure, volume, or temperature of a gas under certain conditions of change (Part 1)
    
    (CG)
    Expressing the gas laws in equation form
  • E03_Solving Gas Law Problems (MELC) File

    Mark as done

    (MELC)

    Using the gas laws to determine pressure, volume, or temperature of a gas under certain conditions of change (Part 2)

    
    

    (CG)

    Using the gas laws to determine pressure, volume, or temperature of a gas under certain conditions of change
    

  • E03Quiz_03_Solving Gas Law Problems (MELC) File

    Mark as done

    (MELC)

    Using the gas laws to determine pressure, volume, or temperature of a gas under certain conditions of change (Part 2)

    
    

    (CG)

    Using the gas laws to determine pressure, volume, or temperature of a gas under certain conditions of change

  • E04_Ideal Gas Equation (MELC) File

    Mark as done

    Using the ideal gas equation to calculate pressure, volume, temperature, or number of moles of a gas
  • E04Quiz_04_Ideal Gas Equation (MELC) File

    Mark as done

    Using the ideal gas equation to calculate pressure, volume, temperature, or number of moles of a gas
  • E05_Dalton's Law of Partial Pressures (MELC) File

    Mark as done

    Using Dalton’s law of partial pressures to relate mole fraction and partial pressure of gases in a mixture
    

  • E05Quiz_05_Dalton's Law of Partial Pressures (MELC) File

    Mark as done

    Using Dalton’s law of partial pressures to relate mole fraction and partial pressure of gases in a mixture
  • E06_Gas Stoichiometry (MELC) File

    Mark as done

    Applying the principles of stoichiometry to determine the amounts (volume, number of moles, or mass) of gaseous reactants and products
    

  • E06Quiz_06_Gas Stroichiometry (MELC) File

    Mark as done

    Applying the principles of stoichiometry to determine the amounts (volume, number of moles, or mass) of gaseous reactants and products
    

  • E07_Relating Gas Laws to the Kinetic Molecular Theory File

    Mark as done

    Explaining the gas laws in terms of the kinetic molecular theory of gases
    

  • E07Quiz_07_Relating Gas Laws to the Kinetic Molecular Theory File

    Mark as done

    Explaining the gas laws in terms of the kinetic molecular theory of gases
    

  • E08_Graham's Law of Effusion (MELC) File

    Mark as done

    Relating the rate of gas effusion with molar mass (Part 1)
    

  • E08Quiz_08_Graham's Law of Effusion (MELC) File

    Mark as done

    Relating the rate of gas effusion with molar mass (Part 1)
    

  • E08LAB_08_Demonstration on Effusion and Diffusion (MELC) File

    Mark as done

    (MELC)

    Relating the rate of gas effusion with molar mass (Part 2)
    

    
    

    (CG)

    (LAB) Demonstrating Graham’s law of effusion in an experiment
    

• 

  Electronic Structure of Atoms

  • F01_Part 1 - Quantum Mechanical Model of the Atom File

    Mark as done

    Describing the quantum mechanical model of the atom (Part 1)
    

  • F01Quiz_01_Part 1 - Quantum Mechanical Model of the Atom File

    Mark as done

    Describing the quantum mechanical model of the atom (Part 1)

  • F02_Part 2 - Quantum Mechanical Model of the Atom File

    Mark as done

    Describing the quantum mechanical model of the atom (Part 2)
    

  • F02Quiz_02_Part 2 - Quantum Mechanical Model of the Atom File

    Mark as done

    Describing the quantum mechanical model of the atom (Part 2)
    

  • F03_Part 3 - Quantum Mechanical Model of the Atom File

    Mark as done

    Describing the quantum mechanical model of the atom (Part 3)
    

  • F03Quiz_03_Part 3 - Quantum Mechanical Model of the Atom File

    Mark as done

    Describing the quantum mechanical model of the atom (Part 3)
    

  • F04_Part1 - Quantum Numbers (MELC) File

    Mark as done

    (MELC)

    Using quantum numbers to describe an electron in an atom (Part 1)

    
    

    (CG)

    Describing the electronic structure of atoms in terms of main energy levels, sublevels, and orbitals, and relating this to energy
    

  • F04Quiz_04_Part 1 - Quantum Numbers (MELC) File

    Mark as done

    (MELC)

    Using quantum numbers to describe an electron in an atom (Part 1)

    
    

    (CG)

    Describing the electronic structure of atoms in terms of main energy levels, sublevels, and orbitals, and relating this to energy

  • F05_Part 2 - Quantum Numbers (MELC) File

    Mark as done

    (MELC)

    Using quantum numbers to describe an electron in an atom (Part 2)

    
    

    (CG)

    Using quantum numbers to describe an electron in an atom

  • F05Quiz_05_Part 2 - Quantum Numbers (MELC) File

    Mark as done

    (MELC)

    Using quantum numbers to describe an electron in an atom (Part 2)

    
    

    (CG)

    Using quantum numbers to describe an electron in an atom

  • F05LAB_05_Exercises on Quantum Numbers (MELC) File

    Mark as done

    (MELC)

    Using quantum numbers to describe an electron in an atom (Part 3)

    
    

    (CG)

    (LAB) Performing exercises on quantum numbers
    

  • F06_Electron Configuration (MELC) File

    Mark as done

    (MELC)

    Determining the magnetic property of the atom based on its electronic configuration (Part 1)
    

    
    

    (CG)

    Writing the electron configuration of atoms
    

  • F06Quiz_06_Electron Configuration (MELC) File

    Mark as done

    (MELC)

    Determining the magnetic property of the atom based on its electronic configuration (Part 1)
    

    
    

    (CG)

    Writing the electron configuration of atoms

  • F06LAB_06_Exercises on Writing Electron Configuration (MELC) File

    Mark as done

    (MELC)

    Determining the magnetic property of the atom based on its electronic configuration (Part 2)
    

    
    

    (CG)

    (LAB) Performing exercises on writing electronic configuration
  • F07_Diamagnetism and Paramagnetism (MELC) File

    Mark as done

    (MELC)

    Determining the magnetic property of the atom based on its electronic configuration (Part 3)
    

    
    

    (CG)

    Determining the magnetic property of the atom based on its electronic configuration
    

  • F07Quiz_07_Diamagnetism and Paramagnetism (MELC) File

    Mark as done

    (MELC)

    Determining the magnetic property of the atom based on its electronic configuration (Part 3)
    

    
    

    (CG)

    Determining the magnetic property of the atom based on its electronic configuration
    

  • F08_Orbital Diagrams (MELC) File

    Mark as done

    Drawing an orbital diagram to represent the electronic configuration of atoms
    

  • F08Quiz_08_Orbital Diagrams (MELC) File

    Mark as done

    Drawing an orbital diagram to represent the electronic configuration of atoms
    

• 

  Electronic Structure and Periodicity

  • G01_Electron Configuration and the Periodic Table File

    Mark as done

    Explaining the periodic recurrence of similar properties among elements in the periodic table in terms of electronic structure
    

  • G01Quiz_01_Electron Configuration and the Periodic Table File

    Mark as done

    Explaining the periodic recurrence of similar properties among elements in the periodic table in terms of electronic structure
    

  • G02_Valence Electrons and the Periodic Table File

    Mark as done

    Relating the number of valence electrons of elements to their group number in the periodic table
    

  • G02Quiz_02_Valence Electrons and the Periodic Table File

    Mark as done

    Relating the number of valence electrons of elements to their group number in the periodic table
    

  • G03_Families of Elements File

    Mark as done

    Comparing the properties of families of elements
    

  • G03Quiz_03_Families of Elements File

    Mark as done

    Comparing the properties of families of elements
  • G04_Predicting Properties of Elements File

    Mark as done

    Predicting the properties of individual elements based on their position in the periodic table
    

  • G04Quiz_04_Predicting the Properties of Elements File

    Mark as done

    Predicting the properties of individual elements based on their position in the periodic table
    

  • G05_Periodic Variation in Atomic Properties File

    Mark as done

    Describing and explaining the trends in atomic properties in the periodic table
    

  • G05Quiz_05_Periodic Variation in Atomic Properties File

    Mark as done

    Describing and explaining the trends in atomic properties in the periodic table
    

  • G05ALAB_05A_Qualitative Analysis of Ions File

    Mark as done

    (LAB) Investigating reactions of ions and applying these in qualitative analysis
    

  • G05BLAB_05B_A Survey of the Main Group Elements File

    Mark as done

    (LAB) Determining periodic properties of the main group elements
    

• 

  Chemical Bonding

  • Ionic Bonds

    Mark as done
  • H01_Stability of Noble Gases File

    Mark as done

    Relating the stability of noble gases to their electron configuration
    

  • H01Quiz_01_Stability of Noble Gases File

    Mark as done

    Relating the stability of noble gases to their electron configuration
    

  • H02_Octet Rule (MELC) File

    Mark as done

    (MELC)

    Drawing the Lewis structure of ions (Part 1)
    

    
    

    (CG)

    Stating the octet rule
    

  • H02Quiz_02_Octet Rule (MELC) File

    Mark as done

    (MELC)

    Drawing the Lewis structure of ions (Part 1)
    

    
    

    (CG)

    Stating the octet rule

  • H03_Ion Formation (MELC) File

    Mark as done

    (MELC)

    Drawing the Lewis structure of ions (Part 2)
    

    
    

    (CG)

    Determining the charge of the ions formed by the representative elements and relating this to their ionization energy or electron affinity, valence electron configuration and position in the periodic table
    

  • H03Quiz_03_Ion Formation (MELC) File

    Mark as done

    (MELC)

    Drawing the Lewis structure of ions (Part 2)
    

    
    

    (CG)

    Determining the charge of the ions formed by the representative elements and relating this to their ionization energy or electron affinity, valence electron configuration and position in the periodic table

  • H04_Lewis Structure of Ions (MELC) File

    Mark as done

    (MELC)

    Drawing the Lewis structure of ions (Part 3)
    

    
    

    (CG)

    Drawing the Lewis structure of ions
    

  • H04Quiz_04_Lewis Structure of Ions (MELC) File

    Mark as done

    (MELC)

    Drawing the Lewis structure of ions (Part 3)
    

    
    

    (CG)

    Drawing the Lewis structure of ions

  • H05_Prediction of Formulas of Ionic Compounds File

    Mark as done

    Predicting the formula of the ionic compound formed by a metal and non-metal among the representative elements
    

  • H05Quiz_05_Prediction of Formulas of Ionic Compounds File

    Mark as done

    Predicting the formula of the ionic compound formed by a metal and non-metal among the representative elements
    

  • H06_Lewis Structure of Ionic Compounds File

    Mark as done

    Drawing Lewis structure of ionic compounds
    

  • H06Quiz_06_Lewis Structure of Ionic Compounds File

    Mark as done

    Drawing Lewis structure of ionic compounds
    

  • H06LAB_06_Exercises on WritingLewis Structures of Ions and Ionic Compounds File

    Mark as done

    (LAB) Performing exercises on writing Lewis structures of ions/ionic compounds
    

  • H07_Properties of Ionic Compounds File

    Mark as done

    Listing the properties of ionic compounds and explaining these properties in terms of their structure
    

  • H07Quiz_07_Properties of Ionic Compounds File

    Mark as done

    Listing the properties of ionic compounds and explaining these properties in terms of their structure
    

  • Covalent Bonds

    Mark as done
  • I01_Formation of Covalent Bonds File

    Mark as done

    Describing covalent bonding in terms of electron sharing
    

  • I01Quiz_01_Formation of Covalent Bonds File

    Mark as done

    Describing covalent bonding in terms of electron sharing
    
  • I02_The Octer Rule in the Formation of Covalent Bonds (MELC) File

    Mark as done

    Applying the octet rule in the formation of molecular covalent compounds
    

  • I02Quiz_02_The Octet Rule in the Formation of Covalent Bonds (MELC) File

    Mark as done

    Applying the octet rule in the formation of molecular covalent compounds
    

  • I03_Formulas of Covalent Compounds (MELC) File

    Mark as done

    Writing the formula of molecular compounds formed by the nonmetallic elements of the representative block
    

  • I03Quiz_03_Formulas of Covalent Compounds (MELC) File

    Mark as done

    Writing the formula of molecular compounds formed by the nonmetallic elements of the representative block
    

  • I04_Lewis Structure of Covalent Compounds (MELC) File

    Mark as done

    Drawing Lewis structure of molecular covalent compounds
    

  • I04Quiz_04_Lewis Structure of Covalent Compounds (MELC) File

    Mark as done

    Drawing Lewis structure of molecular covalent compounds
    

  • I05_Properties of Covalent Compounds File

    Mark as done

    Explaining the properties of covalent molecular compounds in terms of their structure
    

  • I05Quiz_05_Properties of Covalent Compounds File

    Mark as done

    Explaining the properties of covalent molecular compounds in terms of their structure
    

  • I06_Electronegativity and Bond Polarity File

    Mark as done

    Determining the polarity of a bond based on the electronegativities of the atoms forming the bond
    

  • I06Quiz_06_Electronegativity and Bond Polarity File

    Mark as done

    Determining the polarity of a bond based on the electronegativities of the atoms forming the bond
    

  • I07_Geometry of Molecules (MELC) File

    Mark as done

    Describing the geometry of simple compounds
    

  • I07Quiz_07_Geometry of Molecules (MELC) File

    Mark as done

    Describing the geometry of simple compounds
    

  • I08_Polarity of Molecules (MELC) File

    Mark as done

    Determining the polarity of simple molecules
    

  • I08Quiz_08_Polarity of Molecules (MELC) File

    Mark as done

    Determining the polarity of simple molecules
    

  • I08LAB_08_Polarity of Molecules File

    Mark as done

    (LAB) Determining and/or observing evidence of molecular polarity
    

• 

  Organic Compounds

  • J01_The Carbon Atom File

    Mark as done

    Describing the special nature of carbon
    

  • J01Quiz_01_The Carbon Atom File

    Mark as done

    Describing the special nature of carbon
    

  • J02_General Characteristics of Organic Compounds File

    Mark as done

    Listing general characteristics of organic compounds
    

  • J02Quiz_02_General Characteristics of Organic Compounds File

    Mark as done

    Listing general characteristics of organic compounds
    

  • J03_Bonding Patterns of Hydrocarbons File

    Mark as done

    Describing the bonding in ethane, ethene (ethylene) and ethyne (acetylene) and explain their geometry in terms of hybridization and σ and π carbon-carbon bonds
    

  • J03Quiz_03_Bonding Patterns of Hydrocarbons File

    Mark as done

    Describing the bonding in ethane, ethene (ethylene) and ethyne (acetylene) and explain their geometry in terms of hybridization and σ and π carbon-carbon bonds
    

  • J04_Functional Groups (MELC) File

    Mark as done

    Describing the different functional groups
    

  • J04Quiz_04_Functional Groups (MELC) File

    Mark as done

    Describing the different functional groups
    

  • J05_Naming and Writing Formulas of Hydrocarbons File

    Mark as done

    (EXTRA LESSON) Naming and writing formulas of hydrocarbons

  • J05Quiz_05_Naming and Writing Formulas of Hydrocarbons File

    Mark as done

    (EXTRA QUIZ) Naming and writing formulas of hydrocarbons
    

  • J06_Some Uses of Organic Compounds File

    Mark as done

    Citing uses of representative examples of compounds bearing the different functional groups
    

  • J06Quiz06_Some Uses of Organic Compounds File

    Mark as done

    Citing uses of representative examples of compounds bearing the different functional groups
    

  • J07_Structural Isomerism (MELC) File

    Mark as done

    Describing structural isomerism and giving examples
    

  • J07Quiz_07_Structural Isomerism (MELC) File

    Mark as done

    Describing structural isomerism and giving examples
    

  • J08_Some Simple Reactions (MELC) File

    Mark as done

    Describing some simple reactions of organic compounds: combustion of organic fuels, addition, condensation, and saponification of fats
    

  • J08Quiz_08_Some Simple Reactions of Organic Compounds (MELC) File

    Mark as done

    Describing some simple reactions of organic compounds: combustion of organic fuels, addition, condensation, and saponification of fats
    

  • J09_Formation and Structure of Polymers (MELC) File

    Mark as done

    Describing the formation and structure of polymers
    

  • J09Quiz_09_Formation and Structure of Polymers (MELC) File

    Mark as done

    Describing the formation and structure of polymers
    

  • J10_Examples of Polymers File

    Mark as done

    Giving examples of polymers

  • J10Quiz_10_Examples of Polymers File

    Mark as done

    Giving examples of polymers
    

  • J11_Properties of Polymers (MELC) File

    Mark as done

    Explaining the properties of some polymers in terms of their structure
    

  • J11Quiz_11_Properties of Polymers (MELC) File

    Mark as done

    Explaining the properties of some polymers in terms of their structure
    

  • J12_Biomolecules (MELC) File

    Mark as done

    (MELC)

    Describing the structure of proteins, nucleic acids, lipids, and carbohydrates, and relating them to their function (Part 1)
    

    
    

    (CG)

    Describing some biomolecules: proteins, nucleic acids, lipids, and carbohydrates

  • J12Quiz_12_Biomolecules (MELC) File

    Mark as done

    (MELC)

    Describing the structure of proteins, nucleic acids, lipids, and carbohydrates, and relating them to their function (Part 1)
    

    
    

    (CG)

    Describing some biomolecules: proteins, nucleic acids, lipids, and carbohydrates

  • J13_Structure of Biomolecules - Proteins (MELC) File

    Mark as done

    (MELC)

    Describing the structure of proteins, nucleic acids, lipids, and carbohydrates, and relating them to their function (Part 2)
    

    
    

    (CG)

    Describing the structure of proteins, nucleic acids, lipids, and carbohydrates, and relating them to their function (Part 1)
    

  • J13Quiz_13_Structure of Biomolecules - Proteins (MELC) File

    Mark as done

    (MELC)

    Describing the structure of proteins, nucleic acids, lipids, and carbohydrates, and relating them to their function (Part 2)
    

    
    

    (CG)

    Describing the structure of proteins, nucleic acids, lipids, and carbohydrates, and relating them to their function (Part 1)

  • J14_Structure of Biomolecules - Carbohydrates (MELC) File

    Mark as done

    (MELC)
    Describing the structure of proteins, nucleic acids, lipids, and carbohydrates, and relating them to their function (Part 3)
    
    (CG)
    Describing the structure of proteins, nucleic acids, lipids, and carbohydrates, and relating them to their function (Part 2)
  • J14Quiz_14_Structure of Biomolecules - Carbohydrates (MELC) File

    Mark as done

    (MELC)
    Describing the structure of proteins, nucleic acids, lipids, and carbohydrates, and relating them to their function (Part 3) 
    
    (CG)
    Describing the structure of proteins, nucleic acids, lipids, and carbohydrates, and relating them to their function (Part 2)
    

  • J15_Structure of Biomolecules - Lipids (MELC) File

    Mark as done

    (MELC)
    Describing the structure of proteins, nucleic acids, lipids, and carbohydrates, and relating them to their function (Part 4) 
    
    (CG)
    Describing the structure of proteins, nucleic acids, lipids, and carbohydrates, and relating them to their function (Part 3)
    

  • J15Quiz_15_Structure of Biomolecules - Lipids (MELC) File

    Mark as done

    (MELC)
    Describing the structure of proteins, nucleic acids, lipids, and carbohydrates, and relating them to their function (Part 4) 
    
    (CG)
    Describing the structure of proteins, nucleic acids, lipids, and carbohydrates, and relating them to their function (Part 3)
    

  • J16_Structure of Biomolecules - Nucleic Acids (MELC) File

    Mark as done

    (MELC)
    Describing the structure of proteins, nucleic acids, lipids, and carbohydrates, and relating them to their function (Part 5) 
    
    (CG)
    Describing the structure of proteins, nucleic acids, lipids, and carbohydrates, and relating them to their function (Part 4)
    

  • J16Quiz_16_Structure of Biomolecules - Nucleic Acids (MELC) File

    Mark as done

    (MELC)
    Describing the structure of proteins, nucleic acids, lipids, and carbohydrates, and relating them to their function (Part 5) 
    
    (CG)
    Describing the structure of proteins, nucleic acids, lipids, and carbohydrates, and relating them to their function (Part 4)
    

  • J16LAB_16_Drawing Structure of Organic Compounds File

    Mark as done

    (LAB) Performing exercises on the structure of organic compounds using of models
    

  • J17LAB_17_Synthesis of Organic Compounds (MELC) File

    Mark as done

    (LAB) Preparing selected organic compound and describing their properties
    

  • J18LAB_18_Some Processes Involving Biomolecules File

    Mark as done

    (LAB) Perform laboratory activities on enzyme action, protein denaturation, separation of components in coconut milk