Prompt Details
Model
(gemini-3.1-pro)
Token size
285
Example input
[STEM_Domain]: Physics Momentum
[Inquiry_Question]: Does mass affect collision distance?
[Grade_Level]: Grade
[Available_Materials]: Toy cars, batteries, tape, ruler
[Measurement_Focus]: Distance in $cm$
Example output
EXPERIMENTAL ARCHITECTURE
HYPOTHESIS If the mass of the object increases then the distance it travels after a collision will increase due to higher momentum. SETUP Use a toy car as the base. Tape 1 2 and 3 batteries to the car as varying masses. Launch from a fixed spring point.
QUANTITATIVE METRICS
TRIAL 1 1 Battery Distance $cm$. TRIAL 2 2 Batteries Distance $cm$. TRIAL 3 3 Batteries Distance $cm$.
QUALITATIVE LOG
Observe the sound of the impact. Describe the stability of the cars movement. Note any damage to the target object.
ANALYTICAL SYNTHESIS
1 Compare the distances recorded in your table. 2 How does adding mass change the force of the car? 3 Identify the independent variable in this test. 4 Predict the distance if we used 5 batteries.
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GEMINI-3.1-PRO
PRO STEM Lab Architect: 5-Variable Empirical Inquiry. Elevate your science curriculum with this professional experiment generator. Unlike generic prompts, this engine creates rigorous, data-driven labs for primary education. Each output features a hypothesis-driven setup, structured quantitative tables using LaTeX, and qualitative logs. Designed for teachers who want measurable results and NGSS alignment with a simple 5-variable input. Build scientific literacy today.
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Added 3 weeks ago
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