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Effective use of graphs and diagrams to illustrate concepts and results

Clear presentation of experimental setup and process

Improve the flow between different sections of the exploration

Provide a more comprehensive conclusion that ties back to the initial question

Effective use of multiple forms of mathematical representation

Good application of mathematical software (Desmos) for visualization

Provide more explicit definitions and explanations for key variables and constants

Enhance the clarity of mathematical derivations, especially in the curve-fitting process

Connection of the investigation to personal experiences

Independent execution of the experiment and analysis

Explore the topic from multiple perspectives beyond just mathematical modeling

Include more explicit predictions and hypothesis testing in your investigation

Consideration of some limitations in the experimental setup and results

Comparison of experimental data with the mathematical model

Include more explicit reflection on personal learning outcomes

Provide a more comprehensive discussion of limitations and potential alternative approaches

Appropriate application of exponential functions to model cooling processes

Effective use of technology (Desmos) for visualization and analysis

Provide more rigorous justification for mathematical steps, especially in the curve-fitting process

Explore the physical meaning of mathematical parameters more deeply to demonstrate thorough understanding