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Topic 1 Stoichiometric relationships
Topic 1 PowerPoint PDF

topic_1_powerpoint_pdf.pdf | |
File Size: | 17563 kb |
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Topic 1 PowerPoint Notes

topic_1_powerpoint_2020_notes_.pdf | |
File Size: | 16257 kb |
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Study guide part one

topic_1_stoichiometric_relationships_part_1.pdf | |
File Size: | 915 kb |
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Study guide part one answers

topic_1_stoichiometric_relationships_part_1_answers.pdf | |
File Size: | 963 kb |
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Study guide part two

topic_1_stoichiometric_relationships_part_2.pdf | |
File Size: | 1029 kb |
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Study guide part two answers

topic_1_stoichiometric_relationships_part_2_answers_.pdf | |
File Size: | 940 kb |
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Study guide part three

topic_1_stoichiometric_relationships_part_3_.pdf | |
File Size: | 872 kb |
File Type: |
Study guide part three answers

topic_1_stoichiometric_relationships_part_3_answers.pdf | |
File Size: | 639 kb |
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Tutorial videos
These multiple choice questions cover the mole concept, changes of state and molar ratios.
Topic 1 multiple choice questions (sublimation, empirical and molecular formula and limiting reactant)
This video covers percentage composition by mass, the mole concept and limiting reactant.
The following video covers limiting and excess reagents, and molar volume of a gas.
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Note that at 2:45, there is a slight error - 0.500 / 3 = 0.167, not 1.67
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The following video covers calculating the empirical and molecular formula of a compound given the percentage by mass composition.
This question covers the calculations involved in a titration.
This video covers calculating the empirical formula of a compound from mass of CO2 and H2O formed in a combustion reaction.
This video covers mass to mole conversion, theoretical and percentage yield, enthalpy change and intermolecular forces.