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Formula 1 Physics

Figure 1: The Bernoulli principle

Formula 1 Physics

Figure 2: Bernoulli effect on the Formula 1 car

Physics in Formula 1

The Formula 1 car utilises the Bernoulli principle to realise the massive downforce, which keeps the car on the tracks despite the mindboggling speeds which Formula 1 cars achieve. The Bernoulli principle describes the relationship between the velocity of a moving fluid and the pressure exerted by it.The principle states that:

"For an ideal fluid, with no work performed on the fluid, an increase in velocity results in a simultaneous decrease in pressure, or a change in the fluid's gravitational potential energy."

The equation is given by:

v^2 + gh + P/p = constant.

where v is the fluid velocity along the streamline.

g is the acceleration due to gravity.

P is the pressure

p is the fluid density

Figure 1 relates the speed of a fluid moving through a pipe to the cross sectional area of the pipe. It says that as a radius of the pipe decreases the speed of fluid flow must increase. This leads to a resultant decrese in pressure.

Figure 2 shows the Bernoulli principle at work on a Formula 1 car



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