Centrifugal Pump | Construction | Principle | Working

[@saravanan3749]

Really best....👍.... It's very useful to me my exam(Tmrw😝😝😝)

[@shaikaftabahmed9666]

Same story , different year😂

[@jesicaleam5027]

For me today exam 😂

[@saikiran-narikias]

For me tomorrow 😁

[@MECH__-cd4ou]

For me🤔,I don't Know🥴🤷🏻‍♂️

[@neowantsword]

Mine is today yrr 🥲

[@the_candid_mechanic]

Sir, this is the best explanation for centrifugal pump working principle that I have heard so far.

[@shubhambagde2250]

Thank You for giving the practical experience of increase in pressure with the help of pressure cooker 😂👍✌️

[@haiderlenslover01]

YES

[@ViratKohli-bm4zs]

The best video i found on youtube for this topic
It will be very helpful in my viva and exams
Thank you

[@blaze9558]

This video was very useful for me during my internals so I was literally searching for this again as I've my exams now 😌😌 I mean perfect explanation

[@mmunnareddy420]

Gd

[@educationwithmd3440]

ruclips.net/video/51ii6xYvsdQ/видео.html

[@educationwithmd3440]

Rhiscwill help u too

[@darth_sidius5311]

Hey I'm from University of Prinston Georgia this playlist is quite helpful thank you

[@rkvlogtube4185]

Exam ke ek din pehle padhne wale.... attendance laga do😜😂😂😂😂😂😂😂😂😂😂

[@rohitsudan8860]

Mai to exam Vale din padh rha hu #Engineers

[@ziliestarrive]

Thank you for the explanation, I don't even study engineering but this has been really helpful for my technical writing class!

[@theinsider1883]

As you were explaining, I noticed there was your pressure cooker making sounds in the background 😁
Anyhow, nice video 👍🏻 very informative!
Please continue with this kind of videos!

[@ENGINEERSACADEMY18]

Thankyou so much..
Please share this video with your friends..

[@abhishekgohil595]

@Sherlock Holmes hey when your next part is coming bruh

[@the_candid_mechanic]

@@abhishekgohil595 hahaha

[@gurgaonboysvlogs7539]

Sir thanks a lot ❤️ ... bhot ache s samjhaya aapne tysm

[@tomcat244]

Thanks man I have exam of mech and your video helped me a lot

[@pratikgchavan]

This can help me to clear my fluid mechanics thank u sir ⚡

[@talha7080]

U got a new subscriber and please do upload more because you teach better than expensive schools and universities. Keep it up!

[@educationwithmd3440]

ruclips.net/video/51ii6xYvsdQ/видео.html

[@bhaveshmahatme7446]

Good explanation just one problem, please close the tapwater near you cause its very disturbing.

[@Meetwaah]

Irresistible sound of friction between sketch pen and the drawing paper.

[@ENGINEERSACADEMY18]

Will be careful next time,
I hope you like the content.
Thankyou for watching ☺️

[@Meetwaah]

@@ENGINEERSACADEMY18 absolutely so nicely explained!

[@mrgeeky2764]

your explanation is to the point and crisp. please make videos on other topics of mechanical engineering too 🙏🙏

[@VasiTech]

Afternoon is my exam ,After watching your video I'm sure that i can crack my exam🤗 really thank you soo much sir for great explanation

[@jayjoy]

So did you crack it?

[@VasiTech]

@@jayjoy yup

[@sandeepwagh1673]

Thank you so much sir no one can explain like you

[@vargau]

everything was great expect the whistle sound, thank you sir

[@abhisheksharma-cv3gd]

Kasam se maza aa gya ......👌

[@nickpednekar5312]

Bhaiii😂

[@kishorebabuvelamparambil4604]

The video is very good and explained in very simple way. Good Work

[@kachchhavah]

Achchhe tarikese samjaya he concept ke sath👍

[@Disharani986]

Thank you sir
It is very clear explanation 👌

[@ArunKumar-lr8ne]

Thank you sir, it will be grateful if you cover all topics of fluid mechanics.

[@carlosalzhrani4564]

Very clear explanation يا صديق

[@alexmwamure4968]

Good work Easy to understand I really enjoyed the lesson

[@abhirajsingh3071]

Excellent explanation thankyou

[@m.v.jswaroop1464]

Tmrw exam.....seeing this video i got some confidence to wrote story😂❤

[@swamysri6348]

Very very simple and straight explanation

[@rummanhasan6875]

Useful video specially AV = CONT , AND BERNOULLI'S EQUATION

[@mokka_engineeR]

It was Very useful sir ... Thank you sir and we need more videos

[@breakthecode8323]

Really very amazingly explained.

[@harisapnanair9822]

Really helpful 👍👍👍

[@telugufeelgoodsongs5594]

Hii

[@mprasad7215]

Very useful 😊

[@Lorrydriver007]

Your explanation very easy to understand thank you❤

[@shubhamgautam9649]

Very nicely explained.👌👌👌thanxx

[@sukhdevkushwaha5721]

Best teaching 🙏🙏🙏🙏🙏

[@maitripatel8918]

Video and explaination both was superb but that sudden background noise was very distracting !!

[@jyotirdiptadas3989]

The pressure decreases both in the delivery pipe and in the pressure cooker 😅

[@rohityadhubansi8411]

Yeah... 💕❤️💕Good sir

[@zenmonk29]

nailed it man!

[@Mahidhembre]

Very much clears the concepts 👍
Thank you sir

[@mujahidfaraz9127]

Thank you for the video. I found it very useful.

[@anandjadhav4014]

Very nice
And also very useful

[@Thuraiya96]

Amazing explanation 👌🏻👌🏻❤️

[@patakotisrinivas1918]

Excellent explanation..very useful

[@Gauravkumar-rq9rx]

Very well explained sir...thank you so much 🙏🙏

[@user-zs1oe3zz9w]

Nice class, 8/10 mark internal exm thanks🙂

[@vizagsisters8257]

It was very useful to me

[@habeebrahman2607]

Very useful vedeo, nice explanation, thankyou

[@bikashpati2283]

Nice one sir more sir plz great more plz sir make it plz quick sir make it

[@diwanshuadhikari5944]

Very nice video

[@anjuashokan5377]

wonderful and useful

[@mercyesther5545]

Please try to every question explained this like it is easy to understanding thank you sir

[@musicgirl_14]

Thanks sir for your work 🤝

[@rithiksharma5798]

Sir may teachers in colleges also teach like you...... Thank you sir👍🏻

[@rohitranjan7838]

Thank you sir for your wonderful explanation.

[@shamss8680]

Super explanation

[@rajkumar17678]

Very good explanation

[@SHARE577]

can you please explain how to manually prime up a pump?
Is it pumping the suction side? What do you use to ensure correct method

[@mrperfectboyakash6571]

Excellent sir 😊

[@durgeshch6224]

Discharge of centrifugal pump is proportional to...D2 or D3?....sir please tell me the correct answer?

[@RishabhKumar-ix6mu]

cooker ki seeti got my attension

[@khondokerazizulhaque357]

Awesome sirji

[@oyeeehoyeee9829]

if v~pressure head then kinetic energy increase then pressure head also increase according to principal of cp but its just apposite in breionoli's eq

[@nileshchudasama4323]

Amazing Video

[@RawEditz2]

6:30 sirji, aapke chawal jal gaye honge😅

[@unknownknown7427]

Good Video Sir thank you

[@unknownblogger9369]

Thank u sir.. 👍🏻👍🏻

[@SurajKumar-ov5ek]

Thank you for this information.

[@z004siddeshgupta3]

Great explanation ❤️❤️

[@SAISai-ig7xf]

Super explanation sir..

[@vizagsisters8257]

Tq sir tomorrow is my exam

[@Jobinformation70]

Sir complete video banaya na ke half

[@malayavathijewelleryworld5841]

Does the centrifugal pump need football?

[@ChudFiji]

Aaj exam hai sokar uth gaya hu ab padhai kar leta hu #engineers

[@ImranKhan-mb4ew]

Good

[@bizmind85]

Thank you.

[@govinduanesh7335]

Very useful sir this video

[@charannn3755]

sir area gradually increases it doesn't decrease
which decreases velocity which is the reason behind the increase in pressure

[@akshaykamaje8095]

Thank you sir .

[@manitech7015]

Fabulous.....

[@manukondaharikareddy3187]

Sirr superr but disturbing that cooker sound

[@ytr_99]

What is Monometric head in pumps ?

[@joelstanley2944]

It's not the pressure centrifugal pump it's cookers pressure🤣🤣🤣🤣

[@the_candid_mechanic]

Nice....hahaha

[@sameerkumar-bs3hk]

how can we apply bernoulli's equation when we have external energy input?

[@blissfulmelodies4533]

Excellent sir

[@ubovas]

Nice explanation

[@shreyas3367]

Kollaam Mwone...

[@VIKASMALIKPHYSICSMATHEMATICS]

Very good video

[@vikaschhillar3727]

Ek no

[@friendpatriot1554]

How to convert power consumed to volume of liquid delivered.

[@kalpeshmokalkar7223]

Nyc sir

[@venkychary8744]

Nice 👋👋👋

[@loneranger1307]

Uh hi there... The direction of blades is actually drawn in wrong direction....

[@TanweerAhmed]

Informative

[@mychanneltz4466]

Great 👏

[@swayansambhabsahu1049]

Here tangential velocity is decreasing and pressure head is increasing.... And the principle says the opposite...pls sir clear me this

[@soumikchatterjee9223]

Velocity is decreasing so thus kinetic energy dec..... thus pressure energy increases

[@sohilbaligar2477]

@@soumikchatterjee9223 but the principle says pressure head is directly proportional to tangential velocity....

[@manjeetchauhan4053]

If velocity is more at outlet at outlet then water also goes up if velocity is more

[@souheybmohammedbelhadj6565]

thank you