Definition of Vapour Pressure and Cavitation Phenomenon - Properties of Fluid - Fluid Mechanics 1

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[@theadel8591]

For correction, the bubbles formed inside the liquid water stream due to low pressure locations are not air bubbles, they are steam bubbles.

[@praveenkumarb.h3811]

actually water flowing from high pressure on line...there is ristrict if we placed a valve...by placing of valve which high pressure of liquid is dropped due to control valve and that oly we are saying flashing...after pressure drp the water flows through another end on that time the bubbles was created and collopus with water,due to this action the outlet line of contol valve damag.hence it damage outlet line that is caviation. my doubts:- 1.how to avoid this problems...

[@vynguyenle827]

I was reading a textbook about the vapor-liquid equilibrium and I came across this line " When the partial pressure of component in a gas mixture exceeds the vapor pressure of that component, condensation will occur" 1.I dont really get what this sentence is talking about, isn't the partial pressure of a component the same as its vapor pressure ? 2. And why the partial pressure exceed the vapor pressure of the component, condensation will occur ? Can you give me a clear explanation and a clear visualization please?

[@Darshanhn-jh5vm]

Good teaching sir🎉

[@martinfeudjo4945]

very clear explaination

[@meditationmusic9351]

Dhanebadh sir ji

[@dharviyaramesh2459]

your all video are useful for my learning at distance mode.

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[@chittirakesh3022]

Great explanation about VP 👌👌👌🙌🙌🙌

[@oblikarthi719]

Sir usually fluid passes from higher pressure region to lower pressure but how the bubbles pass from lower pressure region to higher pressure region?

[@bEEBO178]

Excellent explanation!

[@prajwalzamare9162]

sir plz upload the video of selection criteria of hydrulic turbine....

[@Anchal364]

Thanku sir

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[@suneelasharma1501]

Thank you sir for such clear and exact explanation

[@abhinavmishra4135]

Good

[@pradeep4602]

Keep going sir your explanation is at peak Keep rocking well done

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[@jagadeeshpentakota3449]

Explained pin to pin clearly

[@Imrankhanofficial88125]

Cavitation is the destructive collapse of vapor in liquid in regions of high pressure

[@rishabhcom]

Is there any role of vapour pressure in cavitation? Plz reply

[@pallavikumari9261]

really gud explanation.Will it v helpfull for the gate exam point of view?????

[@nevilbhuva9263]

Yes But it is in Mechanical

[@amiyarana8733]

Well explained sir

[@arumugang2653]

Super explain sir

[@venkatkumar7905]

Thank you for clear explanation of sir

[@thesuperinno]

Thank you for such a clear and wonderful explanation Sir.

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[@kamleshwarlalkushwaha]

Good evening sir Display of text in black background some times hide the text when you write so pls try to transparent the display text background, we will be very thankful to you

[@SiElect1207]

Thanks for sharing this video. How about if we re going to inverse the existing phenomenon of cavitation from high to lower pressure is the collapsing activity will also occur?

[@MyVillageShowFamily]

Sir ,why at low pressure air bubbles are formed.??

[@majedakhan7492]

Because of low pressure... Water's boiling point decreases and it starts to boil... This results in bubbles formation.. (those bubbles don't have air in it... It has oxygen and hydrogen gas)

[@navodayatuitionclasses3706]

When suction pressure false below vapour pressure of system fluid then it gets evaporated & form bubbles collapsed which causes cavitation

[@dattagaikwad34]

good explanation... thnku sir

[@altafraja267]

Cavitation occurrs at high pressure or low pressure

[@nehamahajan6425]

thanks....

[@rishivanth5012]

Thank u sir. Please explain what is NSPH A and NSPH R

[@nithishnithish8543]

Nice lecture

[@JudyAbbott494]

Everything is very clear. Thanks :D

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[@Bft--rd2sq]

Can u plz tell me.. In short what is the principle of cavitation

[@kriti0404]

Thanku sir good explaination

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[@Ohmega028]

The videos are pretty good. But idk why some pf the videos are private mode...plz fix that!!! Thanks sir..

[@yashwanthkrishna7068]

Upload vapour pressure and influence on fluid flow video please

[@arvincaluyo9737]

thanks for the explanation

[@akhilreddy4323]

How bubbles are formed at low pressure region

[@rushikeshbhosale6778]

Thanks sir

[@nandiniitadkar8197]

Thanks you so much for your explanation

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[@ravidivecha1921]

Does air bubbles only create at low pressure? If so.. Why? Can anyone explain...

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[@vinaywxyz]

well Explained

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[@omsharma5089]

too good

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[@debabratamishra4376]

sir please makeing more videos abouit fluid machanics

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[@bhargavibhasuru2077]

We want more videos from fluid mechanics sir...

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[@durgeshsahu6414]

sir long lecture banaye ho kya ? sir long lecture banna please gate prepation k layak

[@surendrayadav7108]

Thqq sir

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[@ronyk6284]

Nice explanation but you left main topics like buoyancy, vortex motion, etc

[@mohdsohel7884]

Your id lecture which name in you tube

[@VISHALARYA2022]

Thnkew

[@rajaguru.s1955]

how liquid flow from low pressure to high pressure

[@kingabhi5432]

everything is okay and clear but plz let me know what is low pressure region and what is high pressure region, how can we identify ,plz explain the cavitaion process with reference to a practical example_/\_..plz somebody say...

[@murattdogan6560]

hello brains :D. Nice video i am kidding.

[@degavathvenkateshdegavathv7248]

nice to examination

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[@BIKASHa7b]

Thanks Sir😊

[@anitatomar9819]

You are wrong by decreasing pressure .. vp will not change it will increase with increase in temp. And ⬇with ⬇in temp wrong video at that time rate of evaporation = rate of condensation at the equilibrium state

[@Queen-ul7fr]

Thank you for taking the time to make this video. It is very much appreciated.

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[@Sweetyrajch6597]

3-2 iem subject videos petara

[@prakashsharma3368]

Please, Sir, don't provide incomplete knowledge that is more dangerous, please explain the fact of Phase equilibrium in vapour pressure because vapour pressure can only be measured correct when there is phase equilibrium.

[@SandeepKumar-tt6ld]

thaq sir but sir hindi m study kariye thoda hindi m bhi plz sir

[@PRADEEPYADAV-vs3rw]

not a good explanation of vapour pressure

[@nithishnithish8543]

Mine is the 5oth comment

[@jayantkumar1552]

Kyu Kar ho rhya ha

[@meenugateese]

V bad explanation . I dont know how these many likes.

[@inmeco3837]

This is hopeless explanation. This explanation creates total confusion.

[@Imrankhanofficial88125]

Cavitation discussion is good but definition is not Good

[@tirtharajishore8033]

Bad explanation.

[@adityasharma11057]

Thank You Sir

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[@rameshdharavathramesh4419]

thanks for the explanation sir

[@rushikeshbhosale6778]

Thanks sir

[@PriyankaDevkate-t8r]

Thank you sir

[@shivasmart967]

tq sir

[@rajakudumula3697]

Thank u sir