A 3D diagram of a Venturi tube showing airflow. Lines indicate air moving from a wide tube, narrowing, then expanding. Labels include Velocity, Total Pressure, Static Pressure (misspelled), and Dynamic Pressure, with arrows illustrating changes. A caption reads, "When air speed increases in the Venturi, static pressure decreases — Bernoulli’s Principle."

Create an educational, realistic 3D-style diagram of a Venturi tube showing airflow through a carburetor. The image should clearly illustrate the air entering a wide tube, narrowing in the Venturi throat, and then expanding again. Use white or light background, clean lines, and color gradients (light blue for airflow, gray for the tube). Include arrows showing air direction (→) and labels for: “Velocity” (with an upward arrow 🔼 in the narrow section to indicate increase) “Static Pressure” (with a downward arrow 🔽 in the narrow section to indicate decrease) “Dynamic Pressure” (with an upward arrow 🔼 in the narrow section to indicate increase) “Pressure” (optional summary arrow showing total pressure constant) The airflow should be shown with curved motion lines that accelerate through the narrow section. Add a subtle note or caption at the bottom: “When air speed increases in the Venturi, static pressure decreases — Bernoulli’s Principle.” Style: clean, modern, professional, with light shading and semi-transparent airflow lines — suitable for aviation or physics training slides. See more