SUMMARY
This discussion focuses on project ideas for applying calculus in chemistry, specifically within a life science calculus two class. Participants suggest exploring enzyme kinetics, particularly the metabolism of ethanol in humans, and the application of rate laws to chemical reactions. Additionally, the use of partial differential equations (PDE) to model biological interactions, such as predator-prey dynamics, is recommended. Titration experiments, including the analysis of weak acid/base reactions, are also proposed as viable project topics.
PREREQUISITES
- Understanding of calculus concepts, specifically derivatives and integrals.
- Familiarity with chemical kinetics and rate laws.
- Knowledge of enzyme kinetics and its relevance in biological systems.
- Basic principles of titration and graphical analysis of chemical reactions.
NEXT STEPS
- Research enzyme kinetics and its mathematical modeling in biological systems.
- Learn about the application of rate laws in chemical reactions and their derivation.
- Explore partial differential equations (PDE) in biological contexts, particularly predator-prey models.
- Investigate titration techniques and their graphical analysis for chemical endpoints.
USEFUL FOR
Students in life sciences, particularly those studying calculus and chemistry, as well as educators seeking project ideas that integrate mathematical concepts with chemical applications.