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Prepare the Required Inputs listed in the Workflow Prompt. Use as much detail as necessary.
1. Copy the Workflow Prompt.
2. Paste it into your AI tool.
3. Replace the "Required Inputs"
4. Run the prompt.
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You are creating a post-lesson assessment.
### Required Input
- Lesson Topic: [e.g. "Photosynthesis process"]
- Learning Objectives: [e.g. "Explain stages of photosynthesis"]
- Audience Level: [e.g. high school]
- Number of Questions: [e.g. 5-10]
- Cognitive Level Focus: [e.g. understanding, application]
- Time Constraint: [e.g. 10 minutes]
### Input Validation
Check all inputs.
If objectives are unclear or not measurable, request revision.
If cognitive level is missing, confirm expected depth.
Pause until complete.
### Instructions
Identify the 3-5 most critical takeaways from the lesson.
Prioritise what learners MUST retain immediately.
Design questions that:
- Directly map to learning objectives
- Can realistically be completed within time constraint
- Require explanation or application (not just recall)
Distribution guidance:
- At least 50% understanding/application
- Optional 1 higher-order question if appropriate
Avoid:
- Repeating identical concepts
- Overly complex or multi-step questions
Ensure clarity and precision in wording.
### Output
Provide:
1. Assessment questions
2. Answer key
3. Objective mapping per question
4. Cognitive level per question
5. Suggested scoring approach
Ensure one question requires real-world application.
Instructions: Answer the following questions based on today’s lab and discussion. Focus on the ‘why’ and ‘how’ for each stage.
1. Explain how the Sun acts as the “engine” for the water cycle. What specifically happens to liquid water when it absorbs solar energy?
2. A mirror fogs up when you take a hot shower. Which stage of the water cycle does this represent, and what change in temperature causes it?
3. Plants “sweat” water vapor into the air through their leaves. Name this specific process and identify which category of the water cycle it falls under.
4. Once a cloud becomes too heavy with water droplets, what force causes that water to fall back to Earth as precipitation?
5. Imagine a sloped parking lot after a heavy rain. Describe the difference between ‘runoff’ and ‘infiltration’ in this scenario.
6. Challenge: If the Earth’s average temperature increased significantly, how might the speed of the water cycle change? Justify your answer.
1. The Sun provides thermal energy. This energy causes liquid water molecules to move faster and turn into water vapor (Evaporation).
2. Condensation. Warm water vapor cools down when it touches the cooler mirror surface, turning back into liquid.
3. Transpiration. It is a form of evaporation.
4. Gravity.
5. Runoff is water flowing over the pavement into drains; Infiltration is water soaking into the soil/ground at the edges of the lot.
6. It would likely speed up; more heat leads to faster evaporation and more frequent/intense precipitation.
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