Baking Soda and Vinegar Balloon Inflation
A step-by-step 3D lab simulation shows sodium bicarbonate powder placed in a conical flask, vinegar loaded into an uninflated balloon, and the balloon fitted onto the flask mouth. Tipping the vinegar into the flask triggers a fizzing acid-base reaction that releases carbon dioxide gas, gradually inflating the balloon on its own. Useful for chemistry students learning gas-producing reactions, stoichiometry setups, and visualizing how chemical reactions generate measurable gas volume.
16:9 · every frame verified for overlaps, spacing and edges before rendering
The prompt that made it
Create a professional educational 3D chemistry laboratory simulation on a completely clean white background. Scene 1 — Laboratory Setup: Show a realistic transparent conical laboratory flask (Erlenmeyer flask) placed on a clean white laboratory surface. The flask should be clearly visible with realistic glass reflections and accurate scientific proportions. Scene 2 — Adding Baking Soda: Add a measured amount of white sodium bicarbonate (NaHCO₃) powder into the bottom of the conical flask. Show the white powder clearly inside the flask. Scene 3 — Preparing the Balloon: Show a clean, uninflated laboratory balloon. Carefully add a small amount of vinegar (acetic acid solution) into the balloon without inflating it. The balloon should remain completely uninflated and contain the liquid inside. Scene 4 — Attaching the Balloon: Carefully place the opening of the balloon over the mouth of the conical flask while keeping the vinegar inside the balloon. Make sure the vinegar does not enter the flask yet. Show the balloon securely attached to the flask opening. Scene 5 — Starting the Reaction: Slowly lift the balloon so that the vinegar flows from the balloon into the flask containing sodium bicarbonate. Clearly show the vinegar mixing with the white sodium bicarbonate. Scene 6 — Self-Inflation: Show the chemical reaction producing bubbles and carbon dioxide gas. The balloon should gradually inflate by itself as carbon dioxide gas is produced. The inflation should happen naturally and progressively, without anyone blowing into the balloon. Final Scene: Show the fully inflated balloon attached to the conical flask. Clearly emphasize that the balloon inflated because carbon dioxide gas was produced during the reaction between vinegar (acetic acid) and sodium bicarbonate. Scientific Reaction: CH₃COOH + NaHCO₃ → CH₃COONa + H₂O + CO₂↑ Visual Style: Ultra-realistic educational 3D chemistry simulation, professional laboratory environment, completely white background, clean composition, realistic glassware, realistic liquids and powders, accurate chemical behavior, smooth camera movements, soft studio lighting, high detail, scientific and educational appearance, no people, no cartoon style, no explosions, no unrealistic effects. Add clear scientific labels: “Sodium Bicarbonate — NaHCO₃” “Vinegar — CH₃COOH” “Carbon Dioxide — CO₂” “Self-Inflating Balloon”
Make the next one in this series
- Show the balanced chemical equation and molecule diagram alongside the reaction
- Compare balloon inflation size using different amounts of baking soda and vinegar
- Explain how this reaction demonstrates conservation of mass with a mass balance overlay
