Force and Laws of Motion 02 | Momentum | Newton's Second Law | Numerical | Class 09 | NCERT | Sprint

[@PW-Foundation]

📝Download Lecture Notes From PhysicsWallah App : bit.ly/2SHIPW6 🎯 Science group- t.me/joinchat/RYszj_1cAl8xEvnv 🎯 Social Science- t.me/joinchat/GCBE5bDgFdxrZeI8 🎯 Mathematics group- t.me/joinchat/GBbG4p5S_OVRV920 ----------------------------------------------------------------------------- 🗓️ Scheduled Syllabus For Sprint ( Class 9th ) released describing which topics will be taught for how many days. Available at PhysicsWallah App :bit.ly/2SHIPW6 •Duration:-1 month (Jan 2021 - Feb 2021) 🎉 Free Batch Exclusive on our KZbin Channel : Physics Wallah Foundation - 9 & 10 •Batch Details : 1) Best Faculties across India for different Subject/Topics. 2) Complete & Relevant Syllabus Coverage of Class 9th within 1 Month - Fastrack January 4,2021- February 15,2021 3) Monday - Saturday : Scheduled Classes everyday. •Physics : Tuesday, Saturday •Chemistry : Wednesday , Friday •Mathematics : Monday, Wednesday, Friday •Biology : Wednesday , Thursday , Saturday •S.ST : Tuesday, Thursday, Saturday, Sunday 4) Scheduled Syllabus released describing which topics will be taught for how many days. Available at PhysicsWallah App :bit.ly/2SHIPW6 ----------------------------------------------------------------------------- OUR SOCIAL MEDIA PROFILES : ⭐Instagram Handle : instagram.com/physicswallah/ ⭐Facebook Page: facebook.com/physicswallah ⭐Twitter Account : twitter.com/PhysicswallahAP?s=20 ⭐ PW App on Google Play Store : bit.ly/2SHIPW6 ❤️ Padhai Karte Rahe, All The Very Best 👍

[@prakash10yrago9]

🥔

[@neetQNA]

This lecture notes is not available on this app sir please upload the note 😃😊

[@atifr5001]

Best❤️🔥🔥 helping a lot 🥺

[@ayankashyap4092]

@@neetQNA main gareeb honn....Binod... Pwari hi thi hain....main chalta hoon

[@cjfxdhdh4199]

Sorry I am not able to joint your group please help me

[@Cesar-001]

17:45 best part of Editing , Salute 👍

[@SuiiSHASHANK]

Derivation= p1 -p2(p1=mu)(p1=mv) mu-mv (Common)m(v-u) Rate of change of monetum (divide by t bcz change is directly propotional with t) m(v-u)/t v-u/t = a •°•F=ma K is a constant so F=kma

[@mystery_scholar]

Pls tell me what is K

[@maltiahirwar9181]

Constant which is 1 so multiplying to ma it becomes same as it is ​@@mystery_scholar

[@ashu_gamer691]

😂

[@techharjyot1083]

First time I understood the concept of momentum and 2nd law Sir hats off to you.

[@gothiccc1124]

Lol same

[@rohitchaudhary4580]

Same

[@Lovemaths10klzsl]

Same

[@himanshuguptaji2226]

Same here

[@secretidentity7946]

@SWARUP KUMAR BARIK. What do you mean by bruhh

[@ih4rshh]

Sir Ur teaching skill is in next level. You are giving 110% to teach us. Physics Wallah have the best teacher. ❤

[@Ankita_mishra401]

Yes

[@AnanyaBarnwal]

No vedantu have a great teachers

[@ih4rshh]

@@AnanyaBarnwal I am not spreading hate I like PW so I was saying above 💖

[@jagroyalarmy3632]

​@@ih4rshhyeah😊

[@PoonamShekhawat-p3p]

Mass of Hockey ball is 0.2 kg Initial velocity = 10 m/s Final velocity = -5m/s Change in momentum = p(final)-p(initial) P(final)=MV =0.2×-5=-1kgm/s P( initial) = MV =0.2×10=2kgm/s We know =P(final)-p(initial) =-1kgm/s-2kgm/s =-3kgm/s

[@AbubakarZargar-c8r]

Good bro

[@arjunian-aryanomkrishn5100]

Sir pls read it- I'm in class 10 and preparing for entrance of class 11 pcm i am watching your videos to clear my concepts...Momentum ek saal baad samajh ayi mujhko sir app na alakh Pandey ho class 9 and 10 ke bhagwan apko lambi umar de app humesha khush rho u don't know what u did

[@bhaikipadhai3369]

Which entrance exam

[@arjunian-aryanomkrishn5100]

@@bhaikipadhai3369 jee

[@bhaikipadhai3369]

Hv u joined any coaching

[@arjunian-aryanomkrishn5100]

Arjuna batch

[@bhaikipadhai3369]

Even I hv joined that

[@brajeshpal7756]

You are favolous only talented teacher in physics for class 9 actually knowledge

[@ayankashyap4092]

@@jogenderjagga9928 abe chup har jagah bhik maangte ho

[@ajaykuumar739]

@@ayankashyap4092 sahi baat hai..🤣🤣

[@vaibhavsahu6799]

@@ayankashyap4092 🤣😂🤣😂🤣😂🤣

[@bipinsingh813]

Bhai english ki dhagiya mat uda. 😄😄😄

[@bipinsingh813]

Bhai english ki dhagiya mat uda. 😄😄😄

[@vanshikaj7743]

I am so soo impresed by his way of teaching... At first when I saw the vdo is of 43 mins I was not at all in a mood to complete the whole vdo but hats of to rakshak sir who teaches physics like a pro and I literally completed the whole vdo

[@pranavpratik.]

At 31:52 can't we say that force is inversely propotional to rate of change in momentum ..??

[@itsyourboi1612]

@@pranavpratik. at this case , we can say that , but according to 2 nd law it is directly proportional to applied wxternal unbalanced force

[@The_dead_boy_9119]

👍

[@Gangwar_oma555]

I have never ever seen this kind of teacher in my whole life . Your teaching skills is very excellent which is full of study and you make interest of student to listen you carefully .

[@Sonisheikh258]

😮

[@Ankita_editz_18]

Maine dekha hai 😂😂 pw pe 😅

[@UpendraThakur-m3b]

Q no.2 Given that, a=10ms-¹, s=80m, u=0ms-¹ We know that, 2as=v²-u² 2×10×80= v²-0² 1600=v² v=√1600 v=40 ms-¹ Then, p=m×v p=10×40 p=400 kg ms-¹

[@rubidubi9667]

Here, s=80cm

[@Paras_sharma01]

Bolo haan ya naa.... Favorite. Line in the Lecture.... 😂😂

[@Neetaspirant-f2g]

EXactly

[@tanmaysharma2480]

@@Neetaspirant-f2g nhi favourite line is kya bolte huo

[@arjunpatil4586]

Please focus on study not dialogue 🤣🤣🤣🤭

[@arjunpatil4586]

Naa😃😃

[@ayushalwaysinfun2746]

I agree with you

[@divyar.s151]

People say kisi ko smjho then usse pyar ya nafrat kro.!! U made us understand physics like we are compelled to love it

[@arrowsaket7535]

One tip for all the students watching out there ~ Wherever you find even a single word of the sir going out of your mind plz pause the video and think about it u will definitely get it

[@AnimeGirl20.07]

Thank uh for advice

[@zeenatbashir8582]

Amazing teacher I've ever seen..I literally had phobia of physics before but after i read from him.. physics is nothing

[@UpendraThakur-m3b]

Q no. 1 Given that, M is equal to 0.2 kg U is equal to 10m s-¹ V is equal to 5ms-¹ We know that, F=ma F=0.2 kg×5-10/t F=0.2kg×-5/t F×t=-1kg ms-¹ F=-1kg ms-¹/t q

[@vijaykumarsingh5658]

🎉

[@AviralPatel0--_--0]

World best teacher perfectly class 9

[@MIFTAH_NORMIE]

Yessssssssß

[@pranavpratik.]

*DOUBT!!* If there is an object whose mass is less but if its velocity is very high then its momentum will also be high and if we take another example then there is another object whose mass is very high but its velocity is very less then its momentum will also will be too much. So these two can be high momentum right?

[@mahimarao6463]

Must go to english classes

[@zaidahmad5555]

m = 0.2 kg u = 5 m/s v = 10 m/s Momentum = m(u-v) Momentum = 0.2(-5-10). (-5 as the ball returns to its original path) Momentum= 0.2×-15 Momentum= -3kgm/s 2: m= 10kg s= 0.8m a = 10 m/s v²-u² = 2as v²-0²=2×10×0.8 v²=16 v= 4 v= 4m/s P= MV = 10×4 =40kgm/s

[@vinodshukla2608]

Bhai galat hai

[@sketchpen3316]

​@@vinodshukla2608bhai kuch galat nahi hai

[@SmilingDahliaFlower-gm6mu]

a = v - u/t

[@SmilingDahliaFlower-gm6mu]

This was the mistake

[@codewmee]

bhai answer -3kgm/s hai

[@prakash10yrago9]

11:50 entry of cameraman 🎥 Niche dekho sab Wo sir ko parchai nahi hai

[@manojshukla3196]

Ha

[@arjunpatil4586]

Please focus on study not cameraman 🤣🤣

[@vibhutinath9136]

He is one of the best teacher of physic. I never seen this kind of teacher before

[@Brawlyash]

Newtons 4th law of motion :- A book remains in the state of rest and covered with dust until and unless internal and external exams appeared and then the speed of turning pages is directly proportional to the syllabus covered and the tension in the mind remains constant Edit:- its 6 am Today is my science exam and watching this one hour before exam 😂😂

[@lifegoeson2810]

Bro I also have exam after 8 hours and here I'm studying this ryt now😭🤣 n I've to study gravitation as well😭😭 wish me best of luck

[@mahendrachourasia6785]

🤣🤣

[@amaanali986]

@@mahendrachourasia6785 B

[@harishankaryadav1020]

😂

[@YashUsarete]

Wah bhai

[@pearl_yyy]

32:48 rip for that person hayee bichara marr gya😯

[@onepenonetab6663]

🤣🤣🤣🤣🤣🤣

[@sammapraveen6654]

🤫

[@debasisswain9754]

Newton* be like- Baithe Baithe kya karien karte hain kuch kam chalo banaye Formule aur bachoon ke jina haram. 🤣🤣🤣🤣 Le*me- padhte padhte kya karen karte hain karte hain kuch kam chalo banaye time machine aur Isaac Newton ko marke Apnoo bachoon ka kaam Asaan. 😌😁😁

[@AdityaKumar-zr3ku]

17:52 sir , really this is the best of remember the thing .. "filmy style" 😃😃😄😄😊😊 Due to him physics is my fav subject. Thanks for this sir

[@maqsoodahmed96]

After Recording this video cameramen will be Master of physics 🤣

[@sangitajha3373]

Camera is on stand mannnnn.

[@FREE_ROOMY]

Damn..

[@Sanki_boyz8478]

35:44 If a man falls on a cement floor made of hard soil, his speed will come to zero in such a short time. Due to which a strong opposing force can act on the person, the rate of change of momentum is very good. This force would seriously injure a man. Rather, falling onto the sand drives the feet deeper into the sand, expending less energy on the sand. So according to Newton's law, the sand only exerts less force on the feet. If a man falls on a sand dune with a soft landing, the man's chances of survival are high. Because loose sand or sand silt reduces the rate of dynamic transition. Due to which the person stops with a little force of sand and does not get hurt. That's why the sand becomes soft and slows down the speed of man.

[@parthpandey8364]

I really appreciate your way of teaching.

[@onepenonetab6663]

exactly he is the best

[@lonelone221]

Exactly you are right

[@godlike098]

Sir , whenever you say ( BETA ) , Then my interest in study grows more . Thank you sir.💞

[@rajvinderdhanju573]

That's true

[@parulsingh9181]

"BEST PHYSICS TEACHER EVER"- RAKSHAK SIR Aapne toh aakhe hi khol di

[@onepenonetab6663]

right bro

[@DARK-0007]

Yeah he is best

[@ritiksingh3693]

pehle baand the😅😅😅

[@arjunpatil4586]

सोना मणा हे please focus on study you are in 9th std . please focus on study

[@susmajakhar6832]

Right

[@ayushmanbhattacharya]

My first guru of physics in 2021

[@nitinjatav2263]

Sir pehle lagta tha physics bohot difficult subject hai lekin jab se aapke lectures dekhe hai tak se physics interesting lagne laga hai Thank you so much sir

[@MS-zv1jt]

Explanation of Second law of motion is excellent. Sir has made 9th standard physics very interesting

[@stupidcommenter1044]

It's funny how he insults and points at equation's like they are human beings and he is a lawyer in court. This is what increase my interest in this chapter, the enthusiasm. This is what schools should understand, it's entertaining and informative at the same time. I love this.

[@ravendrayadav4445]

Thank you sir

[@garvitkumar546]

@@ravendrayadav4445 okk beta

[@depressed_af3763]

Personification my friend

[@debasisswain9754]

Newton* be like- Baithe Baithe kya karien karte hain kuch kam chalo banaye Formule aur bachoon ke jina haram. 🤣🤣🤣🤣 Le*me- padhte padhte kya karen karte hain karte hain kuch kam chalo banaye time machine aur Isaac Newton ko marke Apnoo bachoon ka kaam Asaan. 😌😁😁

[@sanjeevsingh9228]

A secret thing is in physics where ever you see word rate it directly means that you should do /time. It may be helpful for you

[@rudrangbiswal5662]

33:48 q1 - sir cricketer apna haath peeche isliye kaata hain so that woh momentum ko slow rate pe zero tak laa sake. agar usne instantly momentum ko zero kar liya, toh woh injured ho jaayega.

[@rajnishchaurasiya1234]

"A cricketer pulls his hand backward after catching the ball by doing so he reduces the change in momentum in long time. Since time is inversely proportional to force so when it increases the impact of force on his hands decreases and he does not get hurt"

[@pranavpratik.]

As u told time is inversely proportional?? How it can be..? so... can't we say that force is inversely propotional to rate of change in momentum ..??

[@agystyatiwari7907]

@@pranavpratik. yeah,to dikkat kaha par hai bro?

[@palllavirai9537]

@@pranavpratik. sir had already told u that time is inversely proportional to force

[@Sigma_Bharat_Bhakt]

@@pranavpratik. its inversely propotional because it is in the denominator

[@pranavpratik.]

@@Sigma_Bharat_Bhakt *🧐DOUBT⁉️⬇️* As the universal law of gravitation says that it directly depends on the masses it implies that a man of mass 60 kg will get more attracted towards earth than a boy of mass 25 kg ? (Answer If You Know)⬇️

[@yusufiqbal5900]

Sir You are simply awesome in your teaching skills!! My favourite subject is physics and It got more interesting after watching your videos!👍👍👍

[@meghasharma7746]

How should I put it into words I don't know sir. But sir I salute you and thank-you for being there for million of students like us. The way you teach and the concept clarity that you bring is remarkable. You are the best and I can just bow down to you and to the whole team of physics wallah who are working so hard for the students. God bless you always.

[@sareenkhan9410]

Yes sir in dono bato par depend karta hai

[@shivanshshukla1293]

You are my favourite teacher in PW seriously after seeing this force and law of motion series I have cleared all my doubts

[@sundaram456]

Sir u are a one of the best teacher in PW...🎉

[@adityasoam80]

Sir you are the bestest teacher of physics , I had ever be seen, Thankyou sir ......

[@rptcreation892]

Rakshak sir Op ❤ What a wonderful explanation Sir 🔥 King of Physics=Rakshak sir ❤

[@mathilyvishnoi4475]

Newton be like:- kya kare hum mar jaye humari feeling hi nhi hai

[@BTSarmy-hk9so]

​@@mathilyvishnoi4475Newtown to mar gya 😅😂

[@kajalpandey3960]

😂😂😂😂😢😢😢

[@YashUsarete]

30:58 Anda tutne se bacch jata sir samajh gaye Daard 😊❤❤

[@anmolsharma300]

41:37 ans. -3ms-¹ , 40kgms-1

[@sunishasingh790]

Speed thrills but force kills 32:16 😂😂😂😂

[@jayjoshi6379]

In simple words, sir you deserves 1M likes ❤️

[@Amplived286]

But you can't

[@jayjoshi6379]

@@Amplived286 you too

[@StudyArea714]

@@Amplived286 Your mum can't

[@pratapkumar2331]

200g change into kilograms =200/1000 =0.2kg, given that, which a ball struck by a hockey stick so as ball return, final velocity =-5m/s and intial velocity= 10m/s, final momentum= 0.2×10 = 2 kg m\s, intial momentum = 0.2×-5= -1kg m\s, change in momentum = (FM- IN) =(-1-2)kg m\s = -3 kg m/s

[@ashwinpandey9441]

mera -1kgm/s aa rha h aur 2 initial momentum hoga because Pi= mu and u is 10m/s so 0.2×10= 2kgm/s please tell if you are wrong or i'm wrong thank you

[@jodfluxo]

@@ashwinpandey9441 ha bhai sahi hai correct

[@hemantpatelmohanpatel4184]

20:46 2nd law

[@goofyahhmonkee]

17:50 Really appreciate this part

[@han2141]

You are the best teacher of physics in class 9 . 🔥🔥🔥🔥❤️❤️❤️❤️

[@pranavpratik.]

*DOUBT!!* If there is an object whose mass is less but if its velocity is very high then its momentum will also be high and if we take another example then there is another object whose mass is very high but its velocity is very less then its momentum will also will be too much. So these two can be high momentum right?

[@marutimore8684]

Sir You Are the best physics teacher I have ever seen ❤

[@yourjerry01]

IMO,the answers are... 1)3kgm/s 2)40kgm/s

[@gauravpriyeraj8746]

sir you are the number 1 teacher of physics in the whole Universe

[@gauravpriyeraj8746]

😊😊

[@Lord-PW]

35:18 (b) In a mud ground, the contact time will be more, hence the force exerted will be less

[@Mandeepkaur-kq9lh]

Amazing sir i score 96 out of 100 ❤ thanku sir 😊

[@Muskan.bansal_0]

HOMEWORK QUESTION (1) mass :- 200g=0.2kg U=10m/s V=-5m/s Change in p=m(u-v) =0.2(10+5) =3.0kgm/s

[@bronze706]

Hlo

[@bronze706]

Insta use krati ho

[@saigalblues]

Your answer is actually wrong .. it should be -3 kgm/s because when you subtract ..you should have done final velocity - intial

[@minatoyt226]

It should be -1kgm/s

[@minatoyt226]

M×(v-u)

[@Harshbishnoi1212]

home work ans 1 is -5m/s Ans 2 100kgm/s

[@shauryashorts8977]

Sir............thanku so much .......itna axha padhane k kiye❤

[@youngvloggers4223]

My search is over now because I found what I was searching for ❤ thanks physics wallah 😊

[@sushantscolia5891]

Best best best teacher every 😊 salute to this teacher and this channel. Who helped me a lot in science. Love from heart.❤. My all credit of marks will go to you

[@FactRobotz]

how much did u score

[@pranavpratik.]

*DOUBT!!* If there is an object whose mass is less but if its velocity is very high then its momentum will also be high and if we take another example then there is another object whose mass is very high but its velocity is very less then its momentum will also will be too much. So these two can be high momentum right?

[@pranavpratik.]

At 31:52 can't we say that force is inversely propotional to rate of change in momentum ..??

[@vaibhavsrivastava36]

Yes these two are high momentum

[@melodiouskid]

Teachers like you make Physics more interesting ♥️✨

[@madhawanandsharma3896]

😆😁

[@pinakidas89]

@AMAR UPADHYAY ..you are right

[@statusadox8774]

Sir aap ka phadhane ka andaaz kuch hatt ke hai sayad hi koi pw mai itna acha se padha dee

[@RATNESHKUMAR-ls3ye]

the 1. question answer -3kgms-¹ and second answer is 40 kgm/s

[@venumore8473]

Homework question 1)1kgm/s 2)p=m×v. p=m×u²+2as p=10×√2×-10×0.8. p=10√16. p=10×-4. P= -40kgm/s

[@venumore8473]

Is this correct????

[@successpoint453]

@@venumore8473I think that your second answer is incorrect,,, Because object is free falling from the height so acceleration be 10 m/s^2

[@successpoint453]

The momentum which will transfer to the ground = Mass × Velocity `~ Mass = 10 kg `~ Velocity = ? By the third law of motion----- We have, V^2 = U^2 + 2AS ( $# Object are free falling from the height, so initial velocity will be 0 ) Now , V^2 = 0 + 2 × 10 ×80/100 V^2 = 16 V = 4 m/s Now ,,,, Momentum received by the floor from the object = Mass × Velocity = 10 kg × 4 m/s = 40 kg.m/s Sorry , for any mistake occurred. ..okh

[@debanshunahak]

@@successpoint453 yes bro you are correct.

[@debasisswain9754]

Newton* be like- Baithe Baithe kya karien karte hain kuch kam chalo banaye Formule aur bachoon ke jina haram. 🤣🤣🤣🤣 Le*me- padhte padhte kya karen karte hain karte hain kuch kam chalo banaye time machine aur Isaac Newton ko marke Apnoo bachoon ka kaam Asaan. 😌😁😁

[@shininginthesettingsunlikea]

"Koi cheez agar ek particular height se gir rahi hai, gir rahi hai, gir rahi hai, TO HAWA ME THODI MAR JAATI HAI!" "Is force ne maara hai isko" XD XD. Sir's frustration was lit XD.

[@aaravjain1936]

imagine** sir broke the computer screen while angry on the formula taught by school teacher 😀

[@Black-ex5ow]

Alak sir be like salary se katunga (◡ ω ◡)

[@SubhashYadav-wm2gi]

He is one of the best teacher

[@trustedmusicsushmitaandvlo9001]

Kar Bhala to Ho Bhala..Aap Hamra Bhala kar rhe hai Sir .. apka bhi bhala hoga😊

[@atulandsumit.targetneet.5248]

Given (u=10 m/s), after strike ball from hockey stick change the directions of ball since (v=-5m/s) , mas of ball is 200g. m=0.2g, .. Find , change in( p) Change in momentum= mv - mu = (0.2*-5) - (0.2*10) = -1 -2 = (-3 kg m/s)ans...

[@greenmintyt6485]

lol u got wrong ans it is not -5 it is positive 5 so the ans is 1-2= -1

[@yourjerry01]

It's - 1 bro

[@debikarout5529]

SIR I LIKE YOUR WAY OF TEACHING . SIR YOU ARE THE 2ND NEWTON . HATS OFF TO YOU 😁😊❤. BECAUSE , YOU ARE ONE AND ONLY BEST TEACHER AS COMPARED TO OTHER LECTURES. I WAS ALSO INTERESTED TO SEE THE WHOLE VIDEO , IF IT IS 2:00 HRS . MY CONCEPTS ARE CLEARED DUE TO YOU SIR.

[@nikkishukla7831]

Homework question answer:- 1) 1kg.m/s^2 2) 4kg.m/s^2

[@positivevibes462]

2 = 40kgm/s

[@mdimrozalam9661]

Hii

[@PURUSOTTAMPATRA1733]

I want saw this lecture then my Newton's 2 nd law dout is Clear I say you are Mind-blowing teach So you very good teacher.I will like to you sir

[@magnetiteintelligence1700]

Answer of homework questions 1.a.a stone b . A train C. A five rupee coin

[@anilarora171]

Newton* be like- Baithe Baithe kya karien karte hain kuch kam chalo banaye Formule aur bachoon ke jina haram. Le*me- padhte padhte kya karen karte hain karte hain kuch kam chalo banaye time machine aur Isaac Newton ko marke Apnoo bachoon ka kaam Asaan.

[@dreamerkhushi]

Homework questions:- 1) -3 kgm/s 2) 40 kgm/ s

[@funny-zu7dk]

1st galat hau

[@funny-zu7dk]

Second sahi hai

[@bimlendubimal4610]

@@funny-zu7dk no she is right

[@sunilkumarmishramishra379]

Netwon 's 4th law says that every book continous to be in rest until and unless internal and external exam appear and speed of page turning is directly .

[@prathambudhori1301]

Right bri

[@Utsav.Rathour_]

No bro it's come under first law of motion

[@saanchi3497]

I'm speechless.....sir thankq soo muchhh❤😊

[@ajitsingh1605]

Imagination of sir is next level

[@skshubhmeshram6178]

24:18

[@skshubhmeshram6178]

😂😂😂

[@tarunbora7950]

1 . Pf-pi = -1kgm/s 2 . P = 40 kgm/s

[@manishkumargupta8371]

@SAYAN DAS 9TH MARIGOLD right!👍

[@brajeshpal7756]

Great Khali ke dole aur mere dole❤️❤️❤️❤️

[@pubggamer1026]

😂😂

[@pubggamer1026]

Sir ne khud ka hi mazak uda diya

[@brajeshpal7756]

@@pubggamer1026 sir hi to favorites he unka majak nahi dialogue accha laga

[@reemamohapatra1615]

Sir mind-blowing teaching 🤯🤯🤯🤯🤯🤯🤯🤯🤯

[@poojaranisahoo6777]

16:00 This Is Super Honest Answer.... Loved it 🔥😅 17:29 Gajab Bezzati h Bhai 😂😂

[@414theConstant]

I read momentum in my book but when saw this video I felt momentum.❤️

[@Ani.143.]

Thanks sir to make physics easy for me to understand😊

[@Anusingh-bi3mi]

CHANGE IN MOMENTUM=mv-mu M(V-U)= MASS =200G OR 200/1000 KG = 0.2KG V=5M/S U=10m/s After applying values In Formula 0.2×(5-10)=0.2*-5. =--1kgms-1 2.momentum=mv= MASS=10KG HEIGHT=80CM OR 0.8M ACCELERATION=10M/S INITIAL VELOCITY=0M/S Final velocity =v V²-u²=2as V²=2as V²=2×10×0.8=16 V=√16 V=4m/s Momentum =10×4=40m/s

[@sushmadevikujur8310]

I think the first answer will be 100%

[@urluvriya]

how did u get v^2 - u^2 = 2as? & v^2 = 2as?? could u pls explain this line.

[@venkatreddynaikatti605]

1.(a) stone (b) train (c)5 rupee coin 2.c option

[@VaibhavPatil-my3xi]

Sir you are the best physics teacher I had ever seen.who is with me like this

[@inayanawab6471]

Mass is measure of its inertia

[@ankurkalita3409]

Please upload the upcoming session soon exam is coming soon Edit 31:00 "jaan bach jaati anda Bach jata"

[@Lovedeep0]

Sir best lecture ❤ Kya khate ho 😂❤😊

[@sahilsingh9092]

Sir aap bhut friendly hai aur aap mere liye bhagwan ki saman hai

[@Rashmi2023.]

Newtons 4th law of motion :- A book remains in the state of rest and covered with dust until and unless internal and external exams appeared and then the speed of turning pages is directly proportional to the syllabus covered and the tension in the mind remains constant...............................

[@Adifootball123]

Copied from google, everybody knows

[@jibran_freefire]

I apologize for the mistake in my previous response. Here's the correct solution: The change in momentum of the hockey ball is given by the formula: Change in momentum = Final momentum - Initial momentum The momentum of the ball before it was struck by the hockey stick is given by: Initial momentum = m x u where m is the mass of the ball and u is its initial velocity. Substituting the given values, we get: Initial momentum = 0.2 kg x 10 m/s = 2 kg m/s The momentum of the ball after it was struck by the hockey stick is given by: Final momentum = m x v where v is the final velocity of the ball. Substituting the given values, we get: Final momentum = 0.2 kg x 5 m/s = 1 kg m/s Therefore, the change in momentum of the hockey ball is: Change in momentum = Final momentum - Initial momentum = 1 kg m/s - 2 kg m/s = -1 kg m/s The negative sign indicates that the direction of the change in momentum is opposite to the direction of motion of the ball. The force applied by the hockey stick can be calculated using the formula: Force = Change in momentum / Time Since we don't know the time of impact, we cannot calculate the force applied by the hockey stick.

[@mahisrivastava7227]

Thankyou ✨🙂and hoping for more teachers in every corner of India just like you!!❤️

[@ultragamer3225]

Earth is round bro 😁

[@sumitparsauni4811]

Hi

[@mahisrivastava7227]

@@ultragamer3225 i said India and gali to hogi 😏😂

[@ultragamer3225]

@@mahisrivastava7227 Gali bhi tedi medi hoti h india mein 😂

[@mahisrivastava7227]

@@ultragamer3225 kone bhi to hote h gali me 😂😂 But let it be jo bhi tha i apologize if there was any mistake because i don't want ki ye chota sa mazak ladai me create ho jaye🙂❤️

[@ShivamYadav-ib9cy]

Sir, you are the best teacher of physics 😊

[@AnilYadav-uq5zd]

Thank you sir you are the best teacher of physics

[@ChetanSingh-us2bw]

Physics wallah have the best physics wallah teacher...❤