Pressure energy || Pressure energy in bernoulli's theorem || pressure energy change with area change

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Right bro

[@amankateshiya6285]

I feel that at time before 1 year , there was the exact same question in my mind. This question was literally not covered in any of the books of hydraulics. But,then I understand by myself (self study) , a concept which was logically right. And now sir has taught another concept which is also undoubtedly right. Sir, I am telling, you should write a book. Bcause such type of explanation is very rare to find.

[@civiloconcept]

Sir aapne yahan pe do baat kahi hai about why pressure energy decreases.. 1. Because of (rho) x (g) x (h) 2. Fluid is less at the narrow part But (rho) x (g) x (h) is applicable for the static fluid and in your case the fluid is flowing. And you said at the narrow part of the pipe fluid is less that's why pressure is less. So i want you to consider the pipe of uniform c/s area and consider two case... 1. Discrage is more hence velocity is more 2. Comparatively less discharge so consequently velocity will be less. So your consideration about the fluid is less that's why pressure is less can be nullified. So what I understand is it is simply Bernoulli's principle, as the energy is constant at each point if we ignore the losses. And at the narrow part velocity is more we can understand it with continuity equation and since velocity is more so the kinetic energy is more but according to the bernoulli's principle the energy is constant so that's why the pressure energy decreases. Correct me if i am wrong. thanks.

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Bht ache se aap chijo ko read krate ho...superb...and thank you bhai..aese good or proper trekho se video bnane ke le ..

[@gear.institute]

welcome brother

[@अज्ञातअभिषेक]

Sir really amazing your video... My concept is clear after 2 years... Bcoz of you... Thank you so much...

[@altafjani2421]

Best teacher from Pakistan

[@muhammadmustafa8516]

Incredible Animation sir you clear all the confusion about this topic. Regard: M.Mustafa from pakistan

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i am mining diploma holder course complete karne ke bad apke video se fandee smamaj aa gye thankuu sir

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Sir.... apne jaisa aur jis tareeke se samjhaya hai..... shayad aur koi samjha nahi payega.....

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What a explanation amazing thank you very much sir....

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Sir kya concept clear kiya hai apne wow maja aa goya matlab apka fan ho goya abhi nahi bhool sakta main.... outstanding sir ji......

[@geet1409]

sir bilkul samajh aa gaya Thank you so much.......sir

[@sktarifali470]

Very helpful sir. Full clarity ageyj.

[@Shishir-Veer]

क्योंकि यह fluid है पानी है, solid नहीं. और ऐसे ही soil engineering में जहाँ solid particles + water दोनो है वहा की flow थोड़ी अलग है nature - soild + fluid का mix kind. Fluid का pressure nature, solid के force से अलग है. यह hydrostatic force है जो pressure केहलाता है stress नहीं. Thank you Sir!

[@Skyeditz00707]

Bahut aacha video h thanks sir❤

[@yashpratap3853]

Sir aapka topic explain karne ka tareeke superb hai great sar

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Dherai ramro udaharan sir. Thank you very much sir.

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Very nice explanation Sir.

[@sudeepula9275]

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[@civiloconcept]

Sir aapne yahan pe do baat kahi hai about why pressure energy decreases.. 1. Because of (rho) x (g) x (h) 2. Fluid is less at the narrow part But (rho) x (g) x (h) is applicable for the static fluid and in your case the fluid is flowing. And you said at the narrow part of the pipe fluid is less that's why pressure is less. So i want you to consider the pipe of uniform c/s area and consider two case... 1. Discrage is more hence velocity is more 2. Comparatively less discharge so consequently velocity will be less. So your consideration about the fluid is less that's why pressure is less can be nullified. So what I understand is it is simply Bernoulli's principle, as the energy is constant at each point if we ignore the losses. And at the narrow part velocity is more we can understand it with continuity equation and since velocity is more so the kinetic energy is more but according to the bernoulli's principle the energy is constant so that's why the pressure energy decreases. Correct me if i am wrong. thanks.

[@Mechanical_study_0.2]

Bahut hi behtrin trike se smjhaya he sir aapne thank you sir ❤

[@gear.institute]

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Sir ji samajh me aagaya ,thank🙏

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Bohot easy way mein aapne explain kiya 🙏🙏

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Very nice.. today my doubt solved... Thanks sir

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Bhut bi bhetrin trike se smjaya he sir apne thnkyou....

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Extraordinary explanation 🙌🙌🙌

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U R really an understood teacher.( Sachi mien samjhe hoye teacher ho tussi, tussi great ho sir g.

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Ekdam Sahi se samzaya sir

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Thankyou very very much sir😊😊😊😊😊😊 aap bhut aache se explain krte hain .

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Bahut2 sandar jandar

[@_Ganesh_02]

Such a wonderful explanation saved a lot of time

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Lajawab explanation sir

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I know this concept but 1st time visualized and clearly understood. Grate Visualization sir and explaination also.

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great explanation

[@wadkarchandrakant4091]

WHAT A EXPLANATION SIR HATS OFF TO UR TEACHING METHOD 😍😍😍😍😍😍

[@gear.institute]

Thanks a ton

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THX SIR KYA ANIMATION HAIN OPP 🫰

[@gear.institute]

Welcome and keep Watching For more videos Download app edumartin.page.link/jLFr

[@ayansh7685]

Best explanation on Bernoulli equation and clear all concept about this topic thanku sir 🙏🙏🙏

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Sir. Bilkul ache se smjha aaygya

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its really good and understanding

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VERY GOOD EFFOERT TO CLEAR TOPIC

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Thanks Sir Very Nice Explanation

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[@dassubir682]

As you discuss in isothermal process at constant temp. We can increase the pressure by decreasing volume

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