Bernoulli's Principle explains how fluid speed and pressure are related. According to this principle, as the speed of a fluid (like air or water) increases, its pressure decreases. This relationship is fundamental in physics and engineering, impacting how planes fly, boats move, and even how curveballs are thrown. In a wing's curved shape, air moves faster over the top than the bottom, creating lower pressure above and higher pressure below, which generates lift. Bernoulli's Principle is also key in devices like carburetors and sprays. It's a fascinating look into how changing speeds affect pressure in fluid systems!1
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How Bernoulli's Principle works 11th fluid mechanics
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aerodynamicsair flowairfoilap physicsatmospheric pressurebernoullibernoulli's equationbernoullis principlecfdcomputational fluid dynamicsconservation of energycontinuity equationdragengineeringflowfluidfluid flowilecture onlinelaminarliftmechanical engineeringmechanicsphysicspressurepressure differencepressure of a fluidstatic pressurestream tubestreamlinevelocityvelocity of fluidventuri meterventuri tubeviscosity