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 bold, highly readable vertical 3:4 high-school chemistry educational poster titled by a small upper-left lab label reading “REACTION RATE LAB,” designed as a lively scientific investigation board inspired by colorful classroom experiment infographics. The main visual anchor is the oversized central question placed across the middle background: “WHAT MAKES PARTICLES REACT FASTER?” Build the composition as one asymmetrical laboratory comparison wall with four clearly different mini experiment stations, each with its own silhouette, object scale, and information arrangement, using realistic school laboratory glassware combined with polished infographic graphics. Avoid a giant central flask, a vertical numbered sequence, equal matching cards, rounded-box grids, or four identical panels.
Show four distinct practical investigations. For temperature, display two beakers running the same reaction at different temperatures, one warm and one cool, with the warmer beaker reacting faster. Use the heading “HOTTER PARTICLES MOVE FASTER” and the short explanation “More energetic collisions occur each second.” For concentration, show equal-volume solutions with different numbers of dissolved particles, clearly indicating concentrated versus dilute while keeping other variables unchanged. Use the heading “MORE PARTICLES, MORE COLLISIONS” and the explanation “Higher concentration increases collision frequency.” For surface area, compare one large solid piece with the same mass crushed into powder, showing faster reaction for the powdered form. Use the heading “SMALLER PIECES EXPOSE MORE SURFACE” and the explanation “More particles are available to collide.” For catalysts, compare the same reaction with and without a catalyst, showing the catalyzed version proceeding faster. Use the heading “A CATALYST PROVIDES AN EASIER PATH” and the explanation “It lowers activation energy without being consumed.”
Near the bottom, add one strong horizontal collision-theory strip reading: “REACTIONS OCCUR WHEN PARTICLES COLLIDE WITH ENOUGH ENERGY AND CORRECT ORIENTATION.” Include one large simple graph comparing uncatalyzed and catalyzed activation energy with only two curves and one short label: “LOWER ACTIVATION ENERGY.” Add one prominent sticker-like student challenge question: “WHICH CHANGE INCREASES COLLISIONS WITHOUT RAISING TEMPERATURE?” Keep the science accurate: do not imply all collisions cause reactions, do not suggest catalysts increase equilibrium yield, do not change multiple variables within one comparison, do not confuse reaction rate with total product formed, and do not show concentration changing only because a container is larger unless particle amount is adjusted. Keep all experiments visually safe and suitable for a classroom.
Use white and pale gray laboratory surfaces with strong coral, cobalt, lime, and yellow experiment zones, plus bold arrows, comparison symbols, and clean scientific layout energy. The overall style should feel polished, engaging, and classroom-friendly, with realistic glassware, flat educational diagrams, strong hierarchy, no dense paragraphs, no tiny labels, and all major text highly legible on mobile screens and at thumbnail size.