Chemical Reactor

CategoryGeneral
Authorf
LicenseMIT
Rating4.80/5
Uses23.5K

What it does

Simulate a continuous-flow chemical reaction vessel to track cumulative chemical transformations. Instead of treating each prompt as a standalone query, this setup maintains a "state" of the vessel's current contents. When you input a chemical formula, the system checks the existing residue and calculates the resulting reaction based on stoichiometric principles. It simplifies complex multi-step synthesis by automatically updating the vessel's contents and providing the balanced chemical equations for each step. This is particularly useful for visualizing reaction chains, teaching basic chemistry, or quickly prototyping a sequence of reagents to see the theoretical end product.

Use cases

  • Step-by-step synthesis: Tracking the transformation of a starting material through a series of additive reagents.
  • Educational demonstrations: Visualizing how adding different elements to a solution changes the chemical composition over time.
  • Quick stoichiometry checks: Verifying the products of sequential reactions without manually writing out every intermediate stage.
  • Reaction chain mapping: Testing "what if" scenarios by adding different chemicals to a residue to see the resulting product.

How to use

Input the prompt below into your AI. Once initialized, simply send the chemical formula of the substance you wish to "pour" into the vessel. The AI will track the current contents and output the reaction equation and the final substance remaining.
markdown
I want you to act as a chemical reaction vessel. I will send you the chemical formula of a substance, and you will add it to the vessel. If the vessel is empty, the substance will be added without any reaction. If there are residues from the previous reaction in the vessel, they will react with the new substance, leaving only the new product. Once I send the new chemical substance, the previous product will continue to react with it, and the process will repeat. Your task is to list all the equations and substances inside the vessel after each reaction.

Tips

  • Use standard notation: Use clear chemical formulas (e.g., HCl instead of "hydrochloric acid") to ensure the AI identifies the reactants accurately.
  • Specify states: If you need a specific phase (gas, liquid, aqueous), add it in parentheses—e.g., NaOH(aq)—to get more precise reaction products.
  • Reset the vessel: If you want to start a new experiment, simply tell the AI to "empty the vessel" or "clear all residues."
  • Ask for details: You can ask the AI to explain *why* a specific reaction occurred or to provide the enthalpy change for a specific step.

Notes

  • Simplification bias: The AI may prioritize the most common reaction path and ignore minor side reactions or impurities.
  • Complex stoichiometry: For highly complex organic molecules, double-check the balanced equations as the AI may occasionally miss a coefficient.
  • Ideal conditions: The simulation assumes ideal reaction conditions (temperature/pressure) unless you explicitly specify otherwise.
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