Hello, welcome to my channel, in the air conditioning concept. Today I am conditioning my previous topic, Damage of Moon, in which I am going to discuss about the round equation of motion from the I only question of motion, the derivation of the round equation, it is the priority question. And I discussed earlier in the I only question of motion, which is come out as a telp by rho is equal to dz, gz does mean dz is equal to 0, this is the I only question of motion or element of fluid. So, we know that for a round equation, density of the fluid is a constant, rho is a constant because the flow is in the after sebum and the flow should be a steady, so the dv and it is equal to also 0. So, for a Bernoulli's question, rho is a constant term, so taking rho is a constant value and it will be this either equation, so we take this as a resultant, 1 by rho integration of dp plus g is a constant integration of dz plus v dv is equal to 0, it will take after the derivative this equation, we get this equation as a resultant, v by rho plus gz plus v square upon 2 is equal to constant, dividing whole of this equation by g, we get this as a resultant equation, p by rho g plus z plus v square by 2 g is equal to c by g, here the c by g can also be 10 as c1 and constant, here the p by rho g is a pressure head or pressure energy, z is the potential head or potential energy, v square by 2 g is the velocity head or kinetic energy and this resultant equation will be also known as a Bernoulli's equation of motion with respect to either equation of motion, p by rho g plus z plus v square by 2 g is equal to constant, this equation is for ideal fluid condition, for real fluid condition, we cannot use this equation as a simplified equation, we need to consider a head loss or an algebra for a BF fluid, it has got to Bernoulli's equation of motion, for a fluid case, so this is the basic of Bernoulli's equation of motion and this is the basic equation for Bernoulli's equation of motion, I hope you like this video, if you have any query to this video, please tell me below this video in the comment box and do forget to subscribe my channel and please press the bell icon, I just send to the situation, but I will get for the notification related to my videos, in upcoming videos I am going to discuss about Bernoulli's equation of motion for a real fluid, which is the fundamental problem, I hope you have this video, thank you very much.