Created by Deepseek in about 3 minutes with no errors and no corrections. First I had Deepseek explain how an aircraft wing lift works using Bernoulli's Principle and any other relevant laws of physics. It offered an explanation including Bernoulli's Principle and a good explanation of how Newton's Third Law: for every action, there is an equal and opposite reaction also applies. I then asked it to "create a webpage with JavaScript to create a diagram that models this lift effect" and this is what it produced.
It also noted:
Dual Visualization:
Left canvas shows airflow patterns and pressure distribution
Right canvas shows force vectors (lift, drag, weight)
Interactive Controls:
Angle of Attack: Adjust how the wing meets the airflow
Air Speed: Control flow velocity
Wing Camber: Change wing curvature
Toggle Effects: Show/hide Bernoulli and Newton visualizations
Real-time Physics:
Particles simulate air molecules flowing around the wing
Pressure gradients show Bernoulli effect
Force vectors demonstrate Newton's 3rd law
Dynamic explanations update based on parameters
Low angles: Smooth airflow, efficient lift
High angles: Increased lift but more drag
Extreme angles: Airflow separation (stall warning)
Bernoulli effect: Faster flow above = lower pressure
Newton's law: Air deflected downward = upward lift force
The visualization shows how both principles work together to generate lift, with real-time feedback on how different factors affect aircraft performance.