Online Classes
Available Lesson & Learning Object's
1. Introduction to stoichiometry and atomic stru › Stoichiometry and atomic sructure,conservation of mass and energy › Chemical equation reaction and conservation of mass and energy
2. Introduction to stoichiometry and atomic stru › Calculations using balanced chemical equations, › Steps in calculating using balanced chemical equations
3. Introduction to stoichiometry and atomic stru › Molar mass of a molecule from its chemical formula and a table of atomic masses › Atomic mass, molar mass and chemical formula
4. Introduction to stoichiometry and atomic stru › Molar mass of a molecule from its chemical formula and a table of atomic masses › Theory behind molar mass and relative molar mass
5. Introduction to stoichiometry and atomic stru › Molar mass of a molecule from its chemical formula and a table of atomic masses › Steps for molecular mass determination
6. Introduction to stoichiometry and atomic stru › Converting the mass of a molecular substance to moles › Mole concept and mole as a unit
7. Introduction to stoichiometry and atomic stru › Converting the mass of a molecular substance to moles › Steps for converting molecular mass into moles
8. Introduction to stoichiometry and atomic stru › Masses of reactants and products in a chemical reaction › Balanced chemical reaction and concept of limiting reagent
9. Introduction to stoichiometry and atomic stru › Masses of reactants and products in a chemical reaction › Mass conservation
10. Introduction to stoichiometry and atomic stru › Number of particles or volume of gas at standard temperature and pressure, › Standard temperature and pressure (STP), and mole concept
11. Introduction to stoichiometry and atomic stru › Number of particles or volume of gas at standard temperature and pressure, › Volume of gas under standard conditions
12. Introduction to stoichiometry and atomic stru › Calculations based on STP and methods of solvings › Practice problems based on STP and steps used in solving
13. Introduction to stoichiometry and atomic stru › Test of Knowledge › Multiple choice questions based on entire section that are covered so far.
2. Introduction to stoichiometry and atomic stru › Calculations using balanced chemical equations, › Steps in calculating using balanced chemical equations
3. Introduction to stoichiometry and atomic stru › Molar mass of a molecule from its chemical formula and a table of atomic masses › Atomic mass, molar mass and chemical formula
4. Introduction to stoichiometry and atomic stru › Molar mass of a molecule from its chemical formula and a table of atomic masses › Theory behind molar mass and relative molar mass
5. Introduction to stoichiometry and atomic stru › Molar mass of a molecule from its chemical formula and a table of atomic masses › Steps for molecular mass determination
6. Introduction to stoichiometry and atomic stru › Converting the mass of a molecular substance to moles › Mole concept and mole as a unit
7. Introduction to stoichiometry and atomic stru › Converting the mass of a molecular substance to moles › Steps for converting molecular mass into moles
8. Introduction to stoichiometry and atomic stru › Masses of reactants and products in a chemical reaction › Balanced chemical reaction and concept of limiting reagent
9. Introduction to stoichiometry and atomic stru › Masses of reactants and products in a chemical reaction › Mass conservation
10. Introduction to stoichiometry and atomic stru › Number of particles or volume of gas at standard temperature and pressure, › Standard temperature and pressure (STP), and mole concept
11. Introduction to stoichiometry and atomic stru › Number of particles or volume of gas at standard temperature and pressure, › Volume of gas under standard conditions
12. Introduction to stoichiometry and atomic stru › Calculations based on STP and methods of solvings › Practice problems based on STP and steps used in solving
13. Introduction to stoichiometry and atomic stru › Test of Knowledge › Multiple choice questions based on entire section that are covered so far.