Students will be assessed in many different ways throughout the course, including science process skills, general competences, and topic-related content knowledge. The types of assessments will include formative assessments including observation, participation and quizzes and summative assessments such as a final project.
For computer simulated inquiry (see activity 5a) the following assessment criteria are suggested
|
Poor |
Satisfactory |
Good |
Introduction |
Explanation of light dependent reaction lacking and/or hypothesis missing. |
Offers explanation of the reaction, some parts vague or incorrect. Hypothesis unclear or does not answer the experimental question completely. |
Offers good explanation of the light dependent reaction, includes how light is used to produce ATP and NADPH. Proposes a hypothesis to answer the experimental question. |
Data |
Variables not separated, data disorganised, trends not apparent. |
Organised, though trends are not obvious from the layout. Hard to read, taking some time to figure out. |
Well organised into tables, variables separated, data clearly shows trends |
Not enough data was collected to test variables |
A fair amount of data was collected, enough to show trends |
Enough data was collected to clearly show trends |
|
Graphs poorly labelled, difficult to read. |
Graphs missing some labels or incorrectly set up |
Graphs all labelled correctly, easy to read |
|
Conclusion |
Does not answer the experimental question. Erroneous conclusion. |
Answers the experimental question, data used to support argument unclear, or partially incorrect analysis |
Answers the experimental question, follows data, conclusions are not erred. |
Explanation attempted, but fails to explain data trends |
Explanation is reasonable, but does not take into account important aspects of photosynthesis |
Explanation for results is reasonable and takes into account principles of photosynthesis |
|
Format |
Not typed, not neat |
Typed, neat |
Suggestions are adapted from http://www.biologycorner.com/worksheets/photosynthesis_sim.html