Flow through parallel pipes

[@rashidgavit2272]

i have never seen such good teacher in my life. ....teaching skill is outstanding sir. ...god bless u. ...i always refer your video because. ...of good easy explanation

[@sayaknag7783]

Awesome teaching sir your numerical really helped a lot thank you sir

[@RazaKhan-cs5qb]

Why is there a water pressure drop at the other end of an INSTANT GEYSER OUTFLOW END. Can we get the SAME WATER PRESSURE if water enters a CONSTRICTION OR SMALLER DIAMETER PIPE PORTION and then gets out of that CONSTRICTION hole. We lose pressure when big diameter pipe is fitted with an INSTANT GEYSER WITH SMALLER DIAMETER PIPING INSIDE, ( CONSTRICTION).

[@obamasahab4891]

your video so helpfull thanks sir

[@vivekkumar06336]

But why flow rate will increase? Just showing formula.

[@rashidgavit2272]

Sir lekin flow rate kanha bada pipe main se 50 liter /m ja raha tha wohi to baher bhi nikal aa raha fir kanha bada flow rate sirf ...flow rate divided huva bass

[@CVBEAAhmadAZEEM]

Govt . Services like ssc je ke liya subject wise video bnaya plz

[@guruprasanth2482]

Sir,plz do videos on structural analysis

[@memering1153]

Velocity distribution for turbulent flow in rough pipe iska video bana do na

[@kevalcool5834]

Sir aap GPSC AUR RPSC MPSC RELATED SUBEJECT WISE RAKHO..CIVIL ENGINEERING KE AALL SUBJECT KE TOPIC WISE VIDEOS RAKHO.

[@rashidgavit2272]

Speed bad sakti flow rate kaise badega samaj main nahi aya

[@senjatin2061]

🙏🙏🙏

[@vinaysingh-ju3mh]

Sir why this flow rate gets increased as a result of parallel connection

[@IrfanDCE]

As comparison to a particular parallel pipe There is increased discharge in main pipe

[@jeevanchaudhary7222]

how discharge is increased there is same discharge in main pipe i.e 50l/mins

[@IrfanDCE]

As comparison to a particular parallel pipe There is increased discharge in main pipe

[@mdsajedulislamsetu2557]

Thanks Sir

[@shivanshsingh1288]

Thanks a lot sir ji

[@vikasyadav1583]

Super class 🙏

[@VIKRANTSINGH-mk9kv]

Sir I think friction is change in Q1 n Q2 becoz of v1 nv2 then how friction is same

[@IrfanDCE]

It's law of parallel pipe

[@kaminenisaivardhan6397]

🔥🔥🔥

[@Ganesh-gf8jh]

Super 👍 sir