Combustion Reaction Lab - Conduct hands-on experiments to observe combustion reactions and measure temperature changes, identifying exothermic and endothermic processes. (30 min)

Stoichiometry Refresher - Review stoichiometry concepts and practice calculations of moles and mass for reactants and products in a combustion reaction. Apply the Law of Conservation of Mass. (45 min)

Alternative Fuels Exploration - Research different types of alternative fuels and their chemical compositions. Discuss potential benefits and drawbacks. (30 min)

Guest Speaker Session - Engage with an automotive industry expert discussing eco-friendly engine technologies and innovations in fuel chemistry. Prepare questions in advance. (45 min)

Chemical Reaction Design Brainstorm - Collaborate in groups to brainstorm ideas for designing a new chemical reaction for car engines that reduces carbon emissions. (40 min)

Modeling Chemical Reactions - Use models to simulate the chemical changes involved in your group's brainstormed reaction ideas, identifying exothermic and endothermic characteristics. (35 min)

Stoichiometry Application - Apply stoichiometric calculations to your group's proposed chemical reaction, predicting the outcomes and ensuring they obey the Law of Conservation of Mass. (45 min)

Feedback Loop Journal - Document feedback from peers and guest speakers on your chemical reaction design. Reflect on the feedback and outline potential revisions. (30 min)

Mini-Lab Experiments - Design and conduct mini-labs to test various aspects of your chemical reaction ideas, focusing on temperature, surface area, concentration, and catalysts. (50 min)

Data Interpretation - Analyze and interpret data from mini-labs to predict how stressors on a reaction would shift equilibrium. (25 min)

Chemical Reaction Simulation - Use software tools to simulate your proposed chemical reaction for car engines, analyzing the steps involved and visualizing the process. (30 min)

Environmental Impact Analysis - Research and discuss the environmental implications of your chemical reaction designs, focusing on carbon emission reductions. (45 min)

Data Collection Planning - Develop a plan for collecting data during your chemical reaction experiments, ensuring you measure relevant parameters such as temperature and pressure. (30 min)

Feedback Session with Experts - Present your chemical reaction designs to community partners and receive constructive feedback to improve your approach. (45 min)

Refinement Workshop - Incorporate feedback from experts and peers to refine your chemical reaction design and experimental approach. (35 min)

Stoichiometric Calculations - Apply stoichiometry to predict the outcomes of your refined reaction, ensuring adherence to the Law of Conservation of Mass. (40 min)

Mini-Lab Preparation - Organize and set up mini-labs to conduct your refined chemical reaction experiments, preparing materials and safety protocols. (30 min)

Experimental Trials - Conduct trials of your chemical reaction, varying factors such as temperature and concentration to observe effects on reaction rate. (45 min)

Data Analysis and Interpretation - Analyze the data collected from your mini-labs, interpreting results to understand reaction dynamics and equilibrium shifts. (40 min)

Feedback Loop Journal Update - Document insights and revisions in your journal, reflecting on the week's progress and planning next steps. (35 min)

Feedback Loop Journal Review - Revisit the feedback received so far, reflecting on how it has shaped your chemical reaction design. Outline final revisions based on peer and expert feedback. (30 min)

Final Stoichiometry Calculations - Double-check all stoichiometry calculations related to your chemical reaction, ensuring accuracy and adherence to the Law of Conservation of Mass. (45 min)

Presentation Preparation - Organize the digital presentation layout, incorporating visual models and simulations that demonstrate the environmental impact of your chemical reaction. (40 min)

Rehearsal for Live Demonstration - Practice the demonstration you will present at the Green Engine Expo, focusing on clarity and confidence in explaining your chemical reaction process. (35 min)

Guest Critique Session - Engage with automotive engineers and industry experts to receive final critiques on your presentation and demonstration, making necessary adjustments. (35 min)

Final Refinements - Implement the critique suggestions and polish both the digital presentation and live demonstration. (40 min)

Green Engine Expo Setup - Arrange your booth space for the Expo, ensuring all materials, models, and data are ready for presentation. (30 min)

Expo Rehearsal - Conduct a full dress rehearsal of your presentation and demonstration to ensure smooth delivery and interaction with audience members. (45 min)

Green Engine Expo - Present your digital presentation and live demonstration at the Expo, interact with attendees, answer questions, and gather final feedback. (75 min)