Completed the whole chapter in one go and made complete notes including question answers alongside 💪🏽 its 3:33 am right now, going to revise the notes and will attempt pyqs tomorrow, I will update here if I am able to solve them :') Excited for tomorrow's hydrocarbon lecture by OP sir 💯
3:41:52 mein agar apan d2 density ke liquid ke corresponding likhe toh rsin(a) + rcos(a) = r (2)^1/2 (because the corresponding triangle will be an isoceles triangle) and therefore a = 45 degrees toh d1/d2 aayega 1+ tan(a)/1-tan(a) but tan(a) = 1 so this ratio is undefined
We can also calculate density of any body which is inside liquid by equating that with density of water so that that will sink isnt without remembering any formulla
Lec complete 💯 thankyou sir and sorry 😞 from some soammer side as we know it's hard to teach 10 hour nonstop and get tenmted but spammerss its unbearable to control anger but ❤from us
Lecture completed 🥺🥺😉😉 thank you so much air 😊 aapne continuous 10.5 hr padhaya 💚 aap humare liye itna kuch karte ho without any selfishness 😊😊😊 lots of respect to you sir 🫡🫡🫡🥹🥹🫶🫶🥰🥰😘😘
Liquid continuous hai A ke upar Po hai 10m ke height par , lekin liquid kahi par bi seperate nahi hai 1 single body hai toh farak nahi padta toh D =A , jyada dimag mat lagaye exam mein punchenge nahi aise kyu hai 56:54
atomespheric presuure according to ncert has been considered as 1.013 X 10 ^5 pa but for simplification it has been considered as 1 atm and also this value should not be used in exams just like we are told for the value of "g" as 9.8 and 10
Ye much much better hota agar sir ye session sirf mains oriented lete aur jee mains pyqs recent years ke aur bhi kafi jyada karte, advanced mein is chapter se 70-80 percent chance hai ki sawal nhi banega aur mains se pahle isme advanced level ki mastery karna mere according toh koi khaas important nhi tha, but mains mein ek seedha sa sawal aata hai, so mai s ke liye toh ye important chapter hai!
I think you are right but involving advance level questions helps to know about the pattern asked in advance which may help in more concept clearance and developing approach to solve a question
Dekh idhar upthrust matlab kitna paani displace kiya... Matlab body ko rakhne se pehle jitna bhi paani that utna displace kiya... Matlab pura ka hi volume displace kiya..... Jab Mg ka bat hoga tab V material hoga
Dekh bhai Agar Tera surface hemisphere jaisa kuch bna to 2T/R le Smth like lens type bna to Agar kuch river jaisa bna ,jaise imagine kr ek lambe se rectangle me Pani dala ho usme T/R hoga
Get DPPs & Notes: physicswallah.onelink.me/ZAZB/ymyg8kh6
Amazing lecture ❤❤❤
So many questions in one shot
Online is worst no studies
00:00 - Introduction
05:02 - Thrust
10:05 - Pressure inside liquid
1:10:18 - Density of pure liquid and mixture
1:14:54 - Specific gravity
2:15:21 - Measurement of pressure and barometer
2:36:51 - Manometer
2:44:13 - Pressure inside accelerating liquid
2:37:12 - Force on container walls
3:55:10 - Point of application
4:18:20 - Pascal's law
4:34:50 - Archimedes principle
4:53:45 - Condition for floating/sinking
5:44:56 - Application of Archimedes' principle
6:24:25 - Variation in the level of liquid
6:56:27 - Ideal liquid
7:00:05 - Equation of Continuity
7:11:33 - Bernoulli's theorem
7:28:26 - Velocity of efflux
7:38:04 - Application of Bernoulli's theorem
8:10:12 - Viscous force
8:27:00 - Stoke's law and terminal velocity
8:47:23 - Types of liquid flow
8:49:14 - Reynolds number
8:51:29 - Surface tension
9:30:31 - Excess pressure
9:47:07 - Adhesive and cohesive force
9:54:10 - Capillary Rise
already hai to sahi anyway thnx
Thank❤
Thanks
@@rhythmvaishnav7402 be grate full
00
⏳ 𝐓𝐢𝐦𝐞𝐬𝐭𝐚𝐦𝐩𝐬
00:00 - Introduction
05:02 - Thrust
10:05 - Pressure inside liquid
1:10:18 - Density of pure liquid and mixture
1:14:54 - Specific gravity
2:15:21 - Measurement of pressure and barometer
2:36:51 - Manometer
2:44:13 - Pressure inside accelerating liquid
2:37:12 - Force on container walls
3:55:10 - Point of application
4:18:20 - Pascal's law
4:34:50 - Archimedes principle
4:53:45 - Condition for floating/sinking
5:44:56 - Application of Archimedes' principle
6:24:25 - Variation in the level of liquid
6:56:27 - Ideal liquid
7:00:05 - Equation of Continuity
7:11:33 - Bernoulli's theorem
7:28:26 - Velocity of efflux
7:38:04 - Application of Bernoulli's theorem
8:10:12 - Viscous force
8:27:00 - Stoke's law and terminal velocity
8:47:23 - Types of liquid flow
8:49:14 - Reynolds number
8:51:29 - Surface tension
9:30:31 - Excess pressure
9:47:07 - Adhesive and cohesive force
9:54:10 - Capillary Rise
🙏
❤
Thank you bro
Bhai description me de rkha ha 😂😂😂😂😂😂😂
Tu yahi karne aata hai yaha thoda padh le 😂
𝐓𝐢𝐦𝐞𝐬𝐭𝐚𝐦𝐩𝐬
00:00 - Introduction
05:02 - Thrust
10:05 - Pressure inside liquid
1:10:18 - Density of pure liquid and mixture
1:14:54 - Specific gravity
2:15:21 - Measurement of pressure and barometer
2:36:51 - Manometer
2:44:13 - Pressure inside accelerating liquid
2:37:12 - Force on container walls
3:55:10 - Point of application
4:18:20 - Pascal's law
4:34:50 - Archimedes principle
4:53:45 - Condition for floating/sinking
5:44:56 - Application of Archimedes' principle
6:24:25 - Variation in the level of liquid
6:56:27 - Ideal liquid
7:00:05 - Equation of Continuity
7:11:33 - Bernoulli's theorem
7:28:26 - Velocity of efflux
7:38:04 - Application of Bernoulli's theorem
8:10:12 - Viscous force
8:27:00 - Stoke's law and terminal velocity
8:47:23 - Types of liquid flow
8:49:14 - Reynolds number
8:51:29 - Surface tension
9:30:31 - Excess pressure
9:47:07 - Adhesive and cohesive force
9:54:10 - Capillary Rise
Lekin sir nai Angle of Contact and Ascent/descent formula kahaa pr padayaa hai
3:40 introduction
05:02 - Thrust
10:05 - Pressure inside liquid
1:10:18 - Density of pure liquid and mixture
1:14:54 - Specific gravity
2:15:21 - Measurement of pressure and barometer
2:36:51 - Manometer
2:44:13 - Pressure inside accelerating liquid
2:37:12 - Force on container walls
3:55:10 - Point of application
4:18:20 - Pascal's law
4:34:50 - Archimedes principle
4:53:45 - Condition for floating/sinking
5:44:56 - Application of Archimedes' principle
6:24:25 - Variation in the level of liquid
6:56:27 - Ideal liquid
7:00:05 - Equation of Continuity
7:11:33 - Bernoulli's theorem
7:28:26 - Velocity of efflux
7:38:04 - Application of Bernoulli's theorem
8:10:12 - Viscous force
8:27:00 - Stoke's law and terminal velocity
8:47:23 - Types of liquid flow
8:49:14 - Reynolds number
8:51:29 - Surface tension
9:30:31 - Excess pressure
9:47:07 - Adhesive and cohesive force
9:54:10 - Capillary Rise
Break 1 at 3:56:58 to 4:17:30
Break 2 at 6:40:24 to 6:56:27
Break 3 at 9:13:18 to 9:18:20
Why do we need this?
Thanks a lot sis❤
To isme Mera kya fayda
😂
@@sometalks3157aur mere bete
Completed the whole chapter in one go and made complete notes including question answers alongside 💪🏽
its 3:33 am right now, going to revise the notes and will attempt pyqs tomorrow, I will update here if I am able to solve them :')
Excited for tomorrow's hydrocarbon lecture by OP sir 💯
Same here too bro..
Arre chacha AAP idhar btw good
Ye lecture ke notes kaha milenge
@@suhanikatekhaye9150pw ke app pe har lecture ke notes he 😊
Ye content basics se advance ka hai ??
Congratulations to 343 students who completed this 10.5 hours lecture from 5pm to approx 3:30 am
THANKS AND SAME TO YOU
❤
😊😊😊😊😊😊😊😊😊
I must say that Himanshu sir's lectures are the best
The best part of the lectures were the simulations. Love them a lot
3:41:52 mein agar apan d2 density ke liquid ke corresponding likhe toh rsin(a) + rcos(a) = r (2)^1/2 (because the corresponding triangle will be an isoceles triangle) and therefore a = 45 degrees toh d1/d2 aayega 1+ tan(a)/1-tan(a) but tan(a) = 1 so this ratio is undefined
great teacher
lession completed
revise karna hai
pyqs lagana hai
chapter pura complete karna hai
only goal for today is completion of fluids
Pyqs kaise milege😢
@@harshit_5009download marks app
@@harshit_5009bhai prefer eduniti
@@itsharshit1637he's the worst
@@satvikmishra61🗿🗿👍
4:36:00
Archimedes principal
In 02:15:06 , sir forgot to take 10^-2 when putting values of 50 cm, 75 cm and 125/2 cm in [m1gH1 + m2gH2] - [(m1+m2)gH]
Thank you very much sir for the complete fluids chapter with basics❤❤
Lecture with No ads ❤
Bhai apka ya ch strong ho pya tha ques solve ho paya jee mains kaaaa plzzz help?
@@unknownsoul9-w9n trust issues 😂😂😂
@@NewsMasterr 🥲
At 8:41:44 it should be r5 as v sqaure gives r4 and another r from force was missed out so r5
We can also calculate density of any body which is inside liquid by equating that with density of water so that that will sink isnt without remembering any formulla
The {D} Option in jee advanced question 2021 at 03:30:00 is wrong. It is 1-1/root2
Very intuitive lecture loved it ❤ never thought this chp to be so interesting❤
Dpp ke sare sawal solve hue ek ko chorke 😢❤
Thanks sir ji
Is this lecture enough?
@@_sohhhhhhamif you have studied this earlier in your coaching etc then it would be more than enough 👍🏻
Thank you sir 343 online at end I know sir your efforts....❤😊🎉
😂
Wasted 80,000 for my coaching 😢😢😢😢😢😢 but pw is really helpful ❤❤❤❤
Same
2 lakh 🥲🙃
Kiss institute mao ho Bhai apppp
1.5 lakhs in vidyapeeth
@@MrMOOD-hb2dzsmjh atta hai kya waha
1:37:00 (using common sense that oil is less dense than water ... We get that ... Answer is B )
3:30 Jo lage rhe saro ko jee mains ke liye the best bhai log ❤❤❤
Lec complete 💯 thankyou sir and sorry 😞 from some soammer side as we know it's hard to teach 10 hour nonstop and get tenmted but spammerss its unbearable to control anger but ❤from us
Jee completed or 12th now??
Lecture completed 🥺🥺😉😉 thank you so much air 😊 aapne continuous 10.5 hr padhaya 💚 aap humare liye itna kuch karte ho without any selfishness 😊😊😊 lots of respect to you sir 🫡🫡🫡🥹🥹🫶🫶🥰🥰😘😘
kya mazil serise se selection ho jayega ??
@@vipingupta8806 ha 😊but sincearly saari classes attend karo or dpp + class illustration karo 😊😊
@@vipingupta8806Depends on hardwork
@@vipingupta8806tun yahi kar padhne wale padh kar Chale Jayenge Jo waha padhya jata hain' wahi yaha padhya jata hain'
Plz....
❤Himanshu sir only focus teaching❤ no backchodi❤
Thankyou ❤sir ❤
6:56:00 start here if you studied class 10 fluids
😂😂
Class 10 wale bhai aa gyeo
Kya bakwas rha hai bhai tu?😂
From lakshya 1.0 2025 ❤❤
Clearing Backlog with daily classes😂😂😂
Same batch Wale isme hasne ki kya baat hai 🤡
Mt kr bhai mt kr
@@pranjaltripathi.69 kya matlab
@@lalitpatidar9188 backlog oneshot se clear mt kro
I am also
5:24:23 remainder for q practice
Sir please take a neet batch also your teaching skills are just awesome 😎😎
neet ke hisab se sahi hai
ki kuch extra padhaya hai
sunday ko test dena hai please bata dena
5:29:47 for those who need motivation ❤❤😢😢😮
IGNORE YOUR PROBLEMS JUST LIKE SIR INGORES HIS SON CRYING😆
Wa
Jee 2025 present
Chup
Bhai apka ya ch strong ho pya tha ques solve ho paya jee mains kaaaa plzzz help
2:01:34 Great father♥️ ❤
Kya great father jaisa hai isme
Sir aap bahut achha sikhate ho😊😊😊😊❤❤❤❤❤
Goat of animation ❤
God😂
@@harshitkumar6111.
People who drop timelapse got my whole heart 🥹🫶🏻
Saleem sir...Please make a video on Mechanical Properties of Fluid please...❤
Thank you sir for this amazing lecture❤❤
JEE 2025❤❤ attendance here😅.
I am also bhailog
Neet aspirants dekh sakhtai hai@@DANCEWITHMUSIC777
bbro finally ended the lec
with this i ended whole syllabus of jeemains yeah
2 days before exam😢
All the best bro 👍
Kitne aaye bro?
8:51:01 mistake
Reynold no3000 turbulent
nah bro sahi he
45:38 koi Batao ki A=D ke barbar kaise hua
Height toh different hai… A pe (p+rgh) or D pe sirf (p)
Liquid continuous hai A ke upar Po hai 10m ke height par , lekin liquid kahi par bi seperate nahi hai 1 single body hai toh farak nahi padta toh D =A , jyada dimag mat lagaye exam mein punchenge nahi aise kyu hai 56:54
Ok
8:41:54 answer should be r^5
Yes because force is dependent on r3 and not on only v(dependent on r2) then multiply by velocity r2
Please check que mentioned at 10:08:00 The ratio of R1/R2
atomespheric presuure according to ncert has been considered as 1.013 X 10 ^5 pa but for simplification it has been considered as 1 atm and also this value should not be used in exams just like we are told for the value of "g" as 9.8 and 10
Thankyou so much sir for working so hard for us❤❤ love you so much sir 💓💓 😍😍
Hii
1:01:25 how is the area of all three containers same
He is talking about the area of cross section, at the bottom of the container, not the whole container, that's why it is same, hope it helped :)
3:30:50 rok kaise diya liquid ko
Evil smile of sir is 🔥🔥🔥🔥
3:24:17 can anyone just tell me why he took r=x in the solving part of integration I mean why can't he take rdx with limits from x =0 to R
6:14:36 sir how did u apply 'g' there ?
After completing this lec... Fluids become fav 😍
Mera toh backlog series mai hi backlog shel ra hai
Very good 👍🏻
Papi insan
Thoko taali 😂😂
Toh bata bhai kitna mila
Shanas bhi app hi vo mahanubhav hain jinke liye iit ke darwaje hi na hain 😅
1:00:00 par force toh force applied by side walls on base walls hoga na
Kya sir ne ulta likh diya😢
mujhe bhi doubt tha
Sir you are the best teacher ❤️ thanx for giving the real feel of physics 🙏
Ye much much better hota agar sir ye session sirf mains oriented lete aur jee mains pyqs recent years ke aur bhi kafi jyada karte, advanced mein is chapter se 70-80 percent chance hai ki sawal nhi banega aur mains se pahle isme advanced level ki mastery karna mere according toh koi khaas important nhi tha, but mains mein ek seedha sa sawal aata hai, so mai s ke liye toh ye important chapter hai!
I think you are right but involving advance level questions helps to know about the pattern asked in advance which may help in more concept clearance and developing approach to solve a question
Teacher woh hai ki tu😂
Aapka alakh sir jaisa awaj aata h sir kabhi kabar sekhate vakt
6:13:39 Sir yaha toh V material ka hi aayega right? Kyuki cavity se toh V displace nahi hoga. Please sir help.
Dekh idhar upthrust matlab kitna paani displace kiya... Matlab body ko rakhne se pehle jitna bhi paani that utna displace kiya... Matlab pura ka hi volume displace kiya..... Jab Mg ka bat hoga tab V material hoga
One of the best lecture all pyqs covered❤❤
sir please check data of Reynold's number
BEST TEACHER❤
5:05:13 5:32:08 5:41:26 6:04:50
Complete 😮😮😮Q nahi ho raha hai ... 2:54:19 ....
Sir ne 10:12:33 pe P°+2T/R kyu liya as cylindrical mai toh i guess P°+T/R hota tha.
PLS EXPLAIN !!🙄🙄
Thanks a lot sir! This video helped me in my exam..
3:18:00-4:18:20 not done
8:26:57 Sir isme L ki value 2(R-r) dalni chahiye na kyuki dono taraf mein gap hai?
Sir but u said for different density material pressure will be different then u have written pa=pb=pc=pd in 2:36:00 please anyone explain
2:32:06 can anyone please explain this mera to 95N aarha hai
Love you sir❤❤❤ best lect of fluid mechanics
Completed❤.
Requesting ALAKH sir to take one lecture in this series please
Nah
ROH lover 😂😂😂
Request successfully denied 💧
5:14:15 iska ans 1/8 he kya?
Mera to 1/2 aaya h
1/2 nhi 2/1 hog bhai@@Tedde-bi9yp
Ha mera bhi 1by 8 hi aya
Short notes done with lecture... 👍
Sir aap bhut achha padhate hain
Wonderful One-Shot
2:38:45
2:46:00
mene is se pehle ye chapter kabhi nahi padha kya mai ise is one shot se kar loon
Kar liye bhaii🎉❤
Kya neet waalai dekh sakhtai hai@@Akashsingh-o2s3t
Lekin sir nai Angle of Contact and Ascent/descent formula kahaa pr padayaa hai
Krlo
Congrats guys hamne pura video ik bar mein kar liya🙂
thumlogo ko lagtha kya h 10 10 ghante abhi lecture dekke selection leloge?
tera hua@@Harshith-xq6ch
Thank you so much sir 🙏🥰🙏👑
He is a wonderful teacher 🎉
2:58:18 Sir Pc = Pa + Rho x a x L. Hoga right?
same doubt broo
1:37:54 why to solve 🦛yeh toh direct ho jta as we know oil density is low than water toh 😂ek hi option bacha 750
smart bro
1:30:00 something aayo weong hai usme right hand side density 2rho nahi hogyi ?
1rho hi hoga kyunki orange wala liquid 15 cm tak jaa raha hai
15cm par 1rho wala liquid end hota hai and 2rho wala start hota hai isliye point dono ka same hai isliye equate kar de rahe hai
9:43:51 pe 2T/R hoga kyuki differce glass surface se pucha hai !???
Answer toh 2T/R hee hoga but muje samaj nhj aa raha kaise as kuch der pahale sir ne bataya tha ki difference T/R ka hota hai cylindrical surface pe
Dekh bhai
Agar Tera surface hemisphere jaisa kuch bna to 2T/R le
Smth like lens type bna to
Agar kuch river jaisa bna ,jaise imagine kr ek lambe se rectangle me Pani dala ho usme T/R hoga
Finally completed after 3 days
1:14:45 sir h1 h2 h3 cut nhi hoga kya ??
Goa vali story 🤣😂👌🏻
Aaj physics padhne mai maja aagya😅
5:04 lecture starts
This lecture >>>>>>>>>>>>>>❤❤❤❤❤❤❤
Sir you are upcoming god of physics teacher ✨✨✨✨✨✨✨✨✨💯💯💯 what a confidence and efforts you have 💪 hatts of love u sir keep growing 💥
5.33.42 pe sir sphere ka volume... Yha kyu 4/3pi-r^cube se nhi liya
Nice lecture sir...
No hate but mujhe jyada ache se smjh nhi aya 😢
( Shayad mai pehli baar kr rha hu isliye )
Sir please 240 quality de dijiye recorded dekhta hu to poora data khatam ho jata h 🙏
reynold no. is wrong in terms of data
Is it. Me or everyone hearing the same noise in background
Sir current electricity ka chapter karo one shot plzz
Rj sir ka h one shot
@@amanaryansharmanah Saleem sir ka h