The Bernoulli's equation states that, For a perfect incompressible liquid, flowing in a continuous stream, the total energy of a particle remains the same, while the particle moves from one point to another.
![Bernoulli's Equation for ideal fluid Bernoulli's Equation for ideal fluid](https://blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEhIEDstyMIPcx_ua-PiaufWex-6j-DK6W0xK4vfv4C4oqQ2ivljyFiPL7u0sSv9uyejT4Hz5j5vq-0RhobepA4gq9IQ6jq9ObB8vnpv1E-GXqG_B3_CFTnHQYyKBt6ivhoChThk2HJrtJ2J/s16000/Bernoulli+equation+for+ideal+fluid.jpg)
For Real fluid:
The Bernoulli's equation for real fluids is given by
![Bernoulli's Equation for real fluid Bernoulli's Equation for real fluid](https://blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEhS-z6YuZeCoiZNMA8c3BHByaqCpIDm6YiDj5wWAIUeU0etoDaugbRyLqb08-0xB4zjOH9zMLILJRBUg-e1PxGdesPAVhCHTPtULi0PTByXX9LjrlXLq5CvSRYNZOp_wZk6g1WQ02Qs0_kH/s16000/Bernoulli+equation+for+real+fluid.jpg)
hL = Loss of energy between sections 1 and 2
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