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Bernoulli's Principle

Hey, what is up folks hope you all are having a wonderful day. On today's blog, we will discuss a very basic topic that most of us have already learned back in school, BERNOULLI'S PRINCIPLE. So, without any further ado, let's get straight into it, shall we? 

Alright, so in fluid dynamics, Bernoulli's Principle states that an increase in the speed of a fluid co-occurs with a decrease in static pressure or a decrease in the fluid's potential energy and vice-versa. A quick note air-flow is treated as a fluid. Now, let's understand what all the fuss about. To do so we're gonna take the help of a VENTURI TUBE.
Alright, folks so this what a venturi tube looks like. So let's start from the extreme left of the tube, we can see it has a large area of cross-section facilitating the flow of the fluid with HIGH PRESSURE and LOW SPEED. As we move towards the right we can see the tube converging into an area with a much smaller cross-section, and it is due to this constriction we see an INCREASE in SPEED and a DECREASE in PRESSURE. As we move more towards the right, we can see the tube diverging into an area with a larger cross-section area and thus the HIGH PRESSURE and LOW SPEED.

Hope this article helped you understand a fundamental principle that we will be referring to time and again in the future blogs; until then keep dreaming big, and this is your Soaring Pilot signing off 🛫💖.

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