Physics, asked by Anonymous, 10 months ago

What do you mean by Bernoulli's theorem?

Answers

Answered by Anonymous

Answer:

$\huge\boxed{\fcolorbox{red}{Yellow}{Answer}}$

$<font color="red">$

In fluid dynamics, Bernoulli's principle states that an increase in the speed of a fluid occurs simultaneously with a decrease in static pressure or a decrease in the fluid's potential energy. The principle is named after Daniel Bernoulli who published it in his book Hydrodynamica in 1738.

$<!DOCTYPE html> <html> <svg width="100%" height="300px">\ \textless \ br /\ \textgreater \ <g id="R1" transform="translate(250 250)"> \ \textless \ br /\ \textgreater \ <ellipse rx="100" ry="0" opacity=".3">\ \textless \ br /\ \textgreater \ <animateTransform attributeName="transform" type="rotate" dur="7s" from="0" to="360" repeatCount="indefinite" />\ \textless \ br /\ \textgreater \ <animate attributeName="cx" dur="8s" values="-20; 220; -20" repeatCount="indefinite" />\ \textless \ br /\ \textgreater \ <animate attributeName="ry" dur="3s" values="10; 60; 10" repeatCount="indefinite" />\ \textless \ br /\ \textgreater \ </ellipse>\ \textless \ br /\ \textgreater \ </g><use xlink:href="#R1" transform="rotate(72 390 150)" />\ \textless \ br /\ \textgreater \ <use xlink:href="#R1" transform="rotate(144 390 150)" />\ \textless \ br /\ \textgreater \ <use xlink:href="#R1" transform="rotate(216 390 150)" />\ \textless \ br /\ \textgreater \ <use xlink:href="#R1" transform="rotate(288 390 150)" />\ \textless \ br /\ \textgreater \ </svg></body></html>$

$<marquee behaviour-move> <font color ="red"><h1>❣️☺️vikku1310☺❣️</h1></marquee>$

$<marquee> <font color ="green"><h1>✌️♥️ Follow me♥️✌️</marquee>$

☺️Mark my answer as BRAINLIEST ☺️

Answered by Anonymous

Explanation:

this is based on energy conservation according to this theorem summation of pressure, kinetic energy per unit volume and potential energy per unit volume is constant along a steam line.

Assumption

incompressible flow
non viscous flow
irrational flow
steady flow

hope it's help you

#Be Brainly

Previous Question

Next Question