I flipped the lecture material during the 3rd quarter, which ran from late January to late March. Flipped lectures were distributed through Moodle and YouTube. The remaining class time was spent in guided and independent practice and/or lab activity. The two units comprising that quarter are Unit 5 Gaseous Matter: Gases & Equilibrium and Unit 6 Aqueous Matter: Solutions and Acids & Bases. I did both units to provide an opportunity to make adjustments between units 5 and 6, as well as allow students to become familiar with the flipped classroom process during unit 5, so that by unit 6, the data gathered might be less impacted by the implementation process. I used test data for Units 1 through 6, from the previous year’s classes as a baseline to assess the impact of the intervention. At the end of both Units 5 and 6, I administered the unit exam (Appendix A and C) and was able to measure the deviation during the intervention by comparing test data from this year’s students with the previous year
I flipped the lecture material during the 3rd quarter, which ran from late January to late March. Flipped lectures were distributed through Moodle and YouTube. The remaining class time was spent in guided and independent practice and/or lab activity. The two units comprising that quarter are Unit 5 Gaseous Matter: Gases & Equilibrium and Unit 6 Aqueous Matter: Solutions and Acids & Bases. I did both units to provide an opportunity to make adjustments between units 5 and 6, as well as allow students to become familiar with the flipped classroom process during unit 5, so that by unit 6, the data gathered might be less impacted by the implementation process. I used test data for Units 1 through 6, from the previous year’s classes as a baseline to assess the impact of the intervention. At the end of both Units 5 and 6, I administered the unit exam (Appendix A and C) and was able to measure the deviation during the intervention by comparing test data from this year’s students with the previous year
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