Course Profile - Curriculum Services Canada
Course Profile - Curriculum Services Canada
Course Profile - Curriculum Services Canada
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Assessment & Evaluation of Student Achievement<br />
A question-answer sheet and a checklist assessing skills could accompany the diagnostic activity to<br />
determine the students’ incoming abilities. The teacher could assess one or two categories for each of the<br />
four experiments, e.g., Act 1.1.3 - Designing a Procedure and Tables and Figures, Act 1.1.4 -<br />
Observations, Act.1.1.6 - Procedure and Results, Act.1.1.8 - Discussion. Peer- and self-assessment could<br />
be used for self-generated notes. This activity provides an opportunity to assess and give feedback to<br />
students on their note-taking abilities and inquiry skills including laboratory writing skills, which they<br />
may apply in the Final Assessment Task. This activity provides many opportunities to assess the<br />
students’ Scientific Investigative Skills to help set the tone early in the course. Solutions to selected<br />
problems may be evaluated; evaluation of a quiz would serve the same purpose.<br />
Reports (Inquiry, Communication, Making Connections)<br />
Problem Set or Quiz (Knowledge/Understanding, Making Connections, Communication)<br />
Accommodations<br />
• Allow increased time for the completion of problems or reduce the number of questions as<br />
appropriate for some students.<br />
• Establish a glossary of terms that might be found in notes, texts, and problems.<br />
• Include diagrams with problems.<br />
• Alternative note-taking methods such as using a tape recorder can be used.<br />
Resources<br />
– http://129.93.84.115/Chemistry/DoChem/DoChem115.html<br />
Le Chatelier’s Principle<br />
– http://chem.lapeer.org/Chem2Docs/KeqLab.html<br />
Spectrophotometric determination of equilibrium constant<br />
– http://www.cvgs.k12.va.us/research/paper/question.htm<br />
Criteria for a relevant research question<br />
Activity 1.2: Entropy<br />
Time: 2.0 hours<br />
Description<br />
This activity introduces students to changes in entropy associated with chemical and physical processes<br />
and the tendency of reactions to achieve minimum energy and maximum entropy. Students investigate<br />
the role entropy plays in the spread and elimination of pollutants such as PCBs. They peer assess and<br />
check self-generated notes against the teacher’s to help develop confidence in their abilities to work<br />
independently.<br />
Strand(s) & Learning Expectations<br />
Strand(s): Chemical Systems and Equilibrium<br />
Learning Expectations<br />
CS1.04 - identify, in qualitative terms, entropy changes associated with chemical and physical processes;<br />
CS1.05 - describe the tendency of reactions to achieve minimum energy and maximum entropy.<br />
Prior Knowledge & Skills<br />
• Understanding of physical/chemical changes and endothermic/exothermic reactions.<br />
Unit 1 - Page 7<br />
• Chemistry – University Preparation