GPT Image Prompt
How to useCopy this prompt and paste it into ChatGPT, Gemini, Nano Banana, or your favorite AI image tool. Adjust details if needed.
Create a realistic vertical middle school chemistry investigation worksheet poster explaining how acids, bases, pH, and indicators work. Present the scene from directly above as a real student lab worksheet resting on a pale gray chemistry bench, surrounded by safe classroom glassware, a pH test strip, universal indicator colors, sample labels, and a few large handwritten-style observations. The design should feel like a guided practical task rather than a formal infographic. Avoid a central hero object, equal card layouts, polished magazine styling, dangerous experiments, and tiny handwritten notes.
Place the title “ACIDS AND BASES LAB SHEET” across the top of the white worksheet in bold teacher-stamped lettering. Divide the page into four uneven investigation sections with clear visual hierarchy. Use “WHAT IS AN ACID?” with “Acids increase hydrogen ions in solution.” Use “WHAT IS A BASE?” with “Bases reduce hydrogen ions or add hydroxide ions.” Use “WHAT DOES pH SHOW?” with “pH helps describe acidity or basicity.” Use “HOW DO INDICATORS HELP?” with “Indicators change color at different pH values.”
Show five clearly labeled classroom samples in transparent beakers or small containers: lemon juice, vinegar, distilled water, baking soda solution, and soap solution. Arrange them near one large horizontal pH scale marked from 0 to 14, using broad, highly readable universal-indicator color bands. Present the scale as a common classroom model without implying that all possible pH values are always limited to this range. Make distilled water appear closest to neutral, while the other samples occupy believable approximate acidic or basic regions without suggesting that pH alone directly measures concentration.
Add one prominent student prompt on a small yellow note: “Which sample is closest to neutral?” Include a visible pH strip and a few restrained observation marks connecting sample colors to the scale. Keep the science accurate and age-appropriate: do not suggest that acids always burn, that bases are always safe, or that stronger concentration automatically means a more extreme pH. Use bright white paper, transparent glass, a pale gray bench, strong rainbow pH colors, and limited yellow accents. Use exactly four main sections, one pH scale, and one short question, with large high-contrast text that remains readable on a phone screen.