Concept of free fall with a twist 😂 I Ashu Sir

[@venkatanarasimharajuvaripeta]

Being a teacher, I can never think of these amazing experiments

[@daromoxgaming8031]

Bhai ye railway station ka nam kyu rha

[@Aditya-qn5oz]

@@daromoxgaming8031 🤣🤣🤣 khel gaya bc

[@IaintFiery]

@@daromoxgaming8031 Abey bhaii💀😂

[@satyamsoni1004]

@Suvam Kumar Nayak well we don't know how he teach So there is nothing to blame

[@ToonY-Toones]

Bcoz u are one of those teachers who don't know how to teach .u just teach for money and not for real growth of the youth🙂

[@nandinisingh829]

This Country needs more teacher like you sir.

[@samking9967]

more cheaters like him..His demonstration is always copy from others...

[@N.N.Love711]

And I want you ...☺️

[@abdheshjha8715]

Hii

[@adityax-2-zero]

​@@samking9967chutiya hai kya...ab kya alag se padhaye

[@chinmayasahoo5812]

​@@samking9967😂😂true af bruh ask him a medium level problem he will be out of his mind 😂😂😂

[@HEETBAFNA1234]

Expressions of sir after hearing "aap cheating karte ho" , amazing yrr 😂😂😂😂

[@Khushisalunke23]

Yes

[@Immortal_7012]

Lga jaise gusse mai agye

[@Abhishekgupta-tz7jz]

I m an IITian.. nd sir.. u have nailed it.. so many concepts in one KZbin short.. it's awesome..

[@khaoaurkhilao8703]

My name is also Abhishek gupta

[@khaoaurkhilao8703]

Bhiya i wonna know the reason can u tell mee

[@muslimgigachad4672]

Hi bro can you give us some tips

[@Jee-nh6oy]

@@khaoaurkhilao8703 air resistance dono sath mere girenge agar hawa na ho earth pae

[@princetamboliya4599]

@@khaoaurkhilao8703 The reason if air resistance bro( if u drop them from same level in vacuum,they will hit the ground in same time)

[@kamranrelacity1112]

That part of " Sir aap Cheating karte ho" Was very funny 😂😂

[@electrongamerz01]

402 likes and no comment lets add one

[@marijuanax00]

Teacher reaction 🤣🤣

[@tanuchaudhary2661]

And, that immediate expression after that😂😂😂

[@jasminpanda871]

😂

[@aruntanwar.]

😂True 😂❣️❤️💕💞💯

[@ashishsahu9931]

Kya teacher hen ye Big clap for you sir

[@ashishsahu9931]

@@user-jb9rq5ss5m really I am not M Gandhi 😀

[@radhikakarmakar3170]

Is there a second part of this video??

[@ashishsahu9931]

@@radhikakarmakar3170 no idea

[@acoustix8858]

Air resistance explained so well! Truly inspired by your teaching methods!🙌🏻

[@coolacp7910]

Air resistance??

[@shrutitiwary2339]

@@coolacp7910 paper falls slowly because of the resistance provided by the air which was blocked by the register

[@coolacp7910]

@@shrutitiwary2339how the register can block air resistance Please talk some sense It's simply all about the 'Mass' Fg=m*g g is constant so greater the mass Greater will be the force applied to the object and faster it comes down *When they are separated*

[@galtiseengineer6280]

@@coolacp7910 you really need to study 10th grade once again

[@anonymoussunny7127]

@@coolacp7910 fyi kzbin.info/www/bejne/jXTGmKWXrNmoepo

[@emperor7847]

Gravitational force acts equally on all objects of any mass. When 2 objects do free fall then the object with less mass faces a lot of air resistance than that of object with heavy mass as a result the object with less air resistance or with more mass falls faster than tha other. However if this is done in a vaccum than both object will fall with same speed.

[@mnirala]

What about the inertia? Heavy body has more inertia and light body has less inertia. So the force needed to accelerate them to keep them falling at a constant acceleration is different. So they should touch the ground simultaneously, but actually it is not so. I cannot find a correct explanation

[@malikmustafa1373]

air resistance does not depend on mass but surface area but heavier objects tend to resist the air resistance better than lighter objects. when dropped separately effect of air resistance is more on paper. Inertia at work what Im able to understand.

[@royalgamer1656]

How can they fall in a vaccum

[@JanardhanRay]

​@@royalgamer1656 It may be vaccum box or something, but when something is on earth gravity acts on it. Gravity also acts in vaccum. ❤

[@royalgamer1656]

@@JanardhanRay OK thx

[@swastikvyas]

This I due to the air resistance which the air is applying below the paper, that's because the paper falls a bit later than the registerer, not because of the heavier weight of the registerer. If we try the same activity in a room which has no air (vacuum), both object will fall at the same time

[@scumbag6293]

“Aap cheating karte ho” My sir disconnected for a sec

[@zzzeyder]

He got offended💀

[@studentoftheyear31]

Hey disconnected 😸😸

[@farxan9051]

kzbin.info/www/bejne/f5jMeJJpl5V6kJI

[@nirmalyakarmakar5956]

This is for the air which resists the paper to fall, for its weight to area ratio... If we do the same experiment in vacuum, they will fall at the same time Your'e great sir😊

[@Sanatani11019]

Bhai vacuum me to weight wala jldi girega due to gravity and weight ratio

[@Sanatani11019]

@UC3x5vSWOBGvNhds21mZ3OcQ lakin sayad gavitational force mass pe depend ni krta vacuum me

[@nirmalyakarmakar5956]

@Ben Jay no it may turn to other side for its flexibility

[@Rkk543]

Yes right🤘🤘

[@dairymilk7309]

यहा तो अन्ग्रेजी घर पे छोड के आया कर

[@SECRETRJ07]

Sir due to presence of air the paper takes time but when we put paper upon register then there will be no space for air to pass away so they both will fall together

[@nileshkumar1417]

Friction due to air is reduced and g acting on both is same so they reached the ground level at the same time

[@EditsByLAKSH]

Bro it's worng This is due to Gravitational Force or the constant gravitation or capital G

[@TanishFiFa]

If there will be vaccum both object will fall at the same time

[@priyanshutripathi5229]

11 class ka chapter fluid padh lo sab samajh mein a jayega waise dimag ho to 9 th class ka hi kaffi. Hint -Iska karan Buoyancy

[@Cloudyy9900]

​@@priyanshutripathi5229teacher asked me the name of this concept

[@collegestar766]

Before falling....due to air resistance... register has fallen faster than paper....this is the concept...You are really great sir...

[@hmmm485]

Air resistance also known as drag

[@Aditya_S04]

@@hmmm485 Friction, in simple words

[@ankitrajput9654]

If i drop 1 real ant and 1 iron ant of same size, who will drop first? Explain Air resistance here

[@ritikdev3601]

@@hmmm485 No Bro According to Robert Boyle Experiment :- Gallileo Gallili said that acceleration due to gravity depend on the mass of body but to prove him wrong robert boyle does the experiment He put ball and paper in the tube and drop it from the top of tube which consist air and ball drops fast and paper drops slow but in second tube he does same experiment but it contains vaccun( no air) in it we can see that both drops at same type So,By this experiment we can conclude that acceleration due to gravity depends upon air resistance.❤️

[@ashishbhattacharya2807]

Air friction

[@shushantyr288]

Paper falls after the register because of air resistance. It can't oppose the air resistance as much as register. But when it is put at top of the register, it couldn't be affected by air. Air only resisted the register, but couldn't resist the paper.

[@gyanaurfunBySatishKumar]

U r rught

[@hi-fb2ko]

Yup

[@jaijaat2140]

Means Rejister have more weight than paper ..so that it opposes the air resistance

[@shushantyr288]

@@jaijaat2140 yup

[@AryanRaj-zt1cn]

I need a teacher like you.

[@sumantraks7639]

HIs reaction when that boy said Sir aap cheating karte ho😂

[@Versatile77]

😂😂

[@DarkGaming-cb3dd]

I think that was a girl.

[@akiranker8413]

Awsm sir nothing can be better than providing the students fir practical knowledge and demonstrating live examples in front of em and in some vids even they participate with you . Great work keep goin. Love you sir ❤️🫡

[@sachinartoflife]

The movement of the book through the air creates a region of low pressure behind it, which, in turn, generates a suction force that holds the paper in place. This suction force, resulting from the flow of air around the book, counteracts the effects of air resistance and prevents the paper from coming off. Therefore, it is the combination of Bernoulli's principle and the atmospheric pressure that explains why the paper remains attached to the book. You should have crumbled the paper instead of flat paper behind the book. Correct me if I am wrong. And No I am not trying to be rude. Just wondering.

[@dhanyamehta4846]

Dimag isiliye kharab hai mera, jab hum padthe the to hamko koi ache se padhane wala nahi tha! Aur kaash me aapka student hota sir!!! Your teaching is absolutely amazing!!

[@coolacp7910]

Bro you got my vote on this

[@suneelkumar7524]

Exactly 😅

[@sandersgomi5827]

Bro baar baat teacher ki nahi hai its all out student ..us time bhi IAS. IPS hote the

[@subhajitdebbarma4289]

​@@sandersgomi5827😂😂 ias ips se kya matlab is comment se.......

[@murtazapandit6142]

Exactly

[@shikherverma496]

These kids are so lucky so have a teacher like him. Awesome twacher

[@PawankumarsahSah-bl1lo]

Air resistance apply on paper and register in equal but Mg of register is grater than paper. Mg of resistor is beating air resistance faster than mg of paper.

[@rapiddu6482]

This was actually new no one has ever used this trick to explain this concept. 👏 You nailed it sir.

[@VideoUpload_007]

Have you ever read Resnick halliday

[@shashankkumar3427]

Hc verma sir too did this before..its there on his youtube channel

[@vpr17]

Actually it is pretty common.

[@ritvikg]

All the short experiments that pw and he shows are actually very well know, they don't devise those themself. But they are definately bringing them among the masses through shorts!

[@kapszap]

Trust me or don't, you can search yourself, it's used in soo many videos..so many, on KZbin itself...

[@SeemaSharma-zc7du]

It was discovered by Galelio Galeli,He said that,"The free fall of any object with different masses does not depend on their masses itself."😊BTW He is the best teacher as alakh sir.😍Ashu sir the great.💜

[@LakhwinderSingh-zn6gj]

To kispe depend hota ha

[@SeemaSharma-zc7du]

@@LakhwinderSingh-zn6gj gravity par..🤷 Earth har object par ek jaisa acceleration lagati hai jise g kahte hai...Which is 9.8m/s^2,,,,,,,,,,,Hame bhari or halke objects isilie alag velocities se girte hue dikhte hai kyoki unpar atmospheric air pressure yaa air resistance act karta hai.👧😊,👍best of luck..

[@makhansinghjohal1979]

In the vaccum chamber ,they will fall at same time.

[@OofSkinneh4028]

What does it depend on then?

[@mewmimo8465]

Mai sure hu ki koi swamicharan ne ye pehle discover kiya tha

[@alikazmi104]

alot of love and respect for u sir from 🇵🇰

[@PandyaEditzz]

Love from Gujarat❤❤ sir you are best Teacher of India 🇮🇳

[@introvertzone7284]

Aayega toh MODI hi 💪

[@One-zz5qx]

@@introvertzone7284 nhi aayega

[@prashantpareek3824]

@@One-zz5qx aayega to modi hi

[@One-zz5qx]

@@prashantpareek3824 poocha ?

[@mathureditz]

Wish I had a teacher like you :) I would have gotten 105/100.5 marks for extra creativity 😂

[@mathureditz]

@@ThoughtstoPen Thanks for correcting me !

[@ThoughtstoPen]

@@mathureditz अब ठीक है। हाँ, अब ठीक है ! (Sholay kay Gabbar Singh ki aawaaz may😅)

[@anuragislive]

@@sehandevadi5503 Jab pata na hua karey toh raay na diya karen.... Gotten is also used as the past participle of the said verb🙏

[@hotosabjatahaiprabhoo..kar8081]

Inglish musto needinga

[@Sar--pandey-00]

Use apsara for 110 marks for good handwriting

[@Kaur.Gagan...]

Both things are falling due to gravity...... The force of gravity is directly proportional to mass..... The thing which has more mass experience more force and fall early

[@thorasgardian616]

nope

[@caasifsafder3403]

I am a chartered Accountant still love to watch your videos 😂🤗👍.

[@student_insider.]

Video*

[@yashdutt1]

@@student_insider. OHHHHHHHHHH bhai tune uski mistake nikali wow great...

[@immortal0833]

Gravity dono ko niche khich rhi hai same force se but Air resistance ki wajah se difference aata hai halaki mass ka bhi role hota hai isme lekin register ke upper paper rakha to Air resistance register pe laga aur paper upper tha to uspe nhi laga jisse register saath me niche aa gye.👍

[@tanishqpaliwal]

👍🏻👍🏻👍🏻

[@lopsllxl6019]

😊😊

[@Monkey_D_AGRIM]

Finally a senseful answer

[@168thbnishaantbhaskar9]

its simple physics the factor on which item will fall first and reach the ground first is not determined bye the weight persay but the air resistance applied on both objects so when the book and paper were dropped separately the mass of paper is less than the mass of the book due to which the air resistance applied on the paper is higher than the air resistance applied on the book but when the paper is on top of the book air resistance is applied on the book not on the paper due to which the paper doesnt fly.. A similar experiment was done on a youtube channel where a feather and ball were dropped in a normal room and vaccume room where it could be noticed that in the normal room since air is present sir resistance is applied both on the feather and the ball but since the balls mass is higher the effect of the resistance was less so the fell first but in the vaccume since there was no resistance both fell at the same time the same concept applies here aswell... acceleration due to gravity of earth is same on every object ie-9.8m/s so the variation does not occur because of weight but because the different effect of air resistance on both objects note air resistance is inversely proportional to the mass therefore more mass less resistance so resistance is the main factor which determines which object falls first not the weight. by a 10th std student like if u understood

[@jiteshkumar394]

Sir just because of you i understood so many silly but imp concepts 😁

[@rayanathokpam6813]

Roblox give me 100 NAOUCHA 🙏🙏

[@rayanathokpam6813]

Pls roblox give me 500 i give you the world

[@pankajmaurya8768]

Govt. Ko aise bhi Teachers ko awards dena chahiye,par aisa kab hota hai🤔

[@Allmovies1218]

Ye to presher ki logic h

[@mohdnadeem8124]

No govt ese teacher ko award nhi degi rapeist ko phoolo ki mala phenayegi bas😠😡🤬

[@zahidakbar5773]

Ofcourse 😊😊

[@hjhh653]

sahi hai...Meri ek friend Jo school mein cheating karti thi aur mere saat ladti this ye kehkar ke time to aaram se padke aakar likhte ho...Hume kitna tension hota hai...saalo baad watsup group mein wo add Hui aur bataya wo ek govt teacher hai aur govt se best teacher award bhi Mila hai...aur hum bachpan see raat din padhai mein rahte the hame jobs hi nahi hai😔daddy govt teacher the holidays mein hi science maths complete karwate the...test mein hamesha toper mein hote the😔ab us classmate ko dekkar lagta hai itna padhai Kar Kar ke zyada faida nahi hua shayad

[@ParthSachan-2100]

Air resistance stops it even if you take a feather the reason is value Acceleration in gravity does not involve mass of object

[@viperyt2732]

This because the surface area of the paper. Air resistance is inversely proportional to surface area.So ,here surface area of paper is less than the book. Hence the book gets less air resistance during the free fall and the paper gets higher air resistance, so the paper has an extra air friction, opposite to its motion and the book does not get the air friction more than the paper, so it falls faster than the paper. Hence proved ❤️❤️ Sir please pin this comment so everyone can see it 😊☺️

[@ashutoshgarg1915]

But aren't the areas equal for both? Draw free body diagrams and observe forces on both.

[@Raees_Aditya]

Bhai ko surface area ka matlab nahi pta shayad 🤔

[@viperyt2732]

@@Raees_Aditya kise keh rhe hoo bhai

[@TOXIC-eb7pq]

Aapp jiesa teacher haar school me honi chahiye........ great effort and mind-blowing teaching style....🔥🔥

[@kajalrajput4136]

It is due to gravitational force because gravitational force is directly proportional to Mass,Greater the force greater will be force of Gravity and in this case Resister has greater mass.

[@Kisi18110]

Sir please sandip maheshwari sir k show m jayina ..sir please 🙏 You are my inspiration or matlab Jo feel classroom teacher m nhi aaya ...aapke saath emotions jud gye .. thank you so much sir ji ❣️ Sir please please please Sandeep Maheshwari ji sir k show m aao

[@SachinRana-pc8wj]

Hard work jo apni field me kiya jaye use motivation ke nashe ki zaroorat nahi hoti

[@a2zlivegames620]

I love you reaction sir keep it up Legends need this type to teacher ☺️

[@Goruandavyu]

The force (gravity, F= mg) pulling each object downward is proportional to their mass, so each will initially accelerate at the same rate. However, the opposing force of air resistance proportional to the force of gravity is much larger on the paper and will cause the paper to accelerate more slowly. But when we keep the paper on top of the notebook and then drop both of them will drop at the same speed as the air resistance will be less for the paper and thus it will reach with the same speed with that of the notebook

[@anuj0070]

Mukesh be like - Mera classmate ka ragister do baar ger diya🥲🥲🥲🥹

[@avish4421]

😂😂

[@arahaman5281]

The reason is... One Word- AIR RESISTANCE Amazing Explaination Sir 🔥🔥🔥🔥

[@PlatinumArt-cc2pg]

F = G M1m2/r² Let m be the mass of any body on earth , Me and Re be the mass and radius of Earth respectively. from above equation , F = G Mem/Re² as we know F = ma or F = mg , mg = G Mem/Re² g = GMe/Re² so there's no role of mass of any body on earth in its acceleration due to gravity.

[@SilverFang_]

Because of Air Resistance the paper takes more time then Register to fall

[@learnwithanurag9135]

This is because register has less volume more density so it experiences less air resistance

[@SilverFang_]

@@learnwithanurag9135 A more better elaborate version

[@neerajgupta1907]

​@@learnwithanurag9135 Less surface area

[@varun3073]

Ohh bhaiii🔥 But isse bhi fast kuch gir sakta hai Apne mummy papa ki nazro se main😭😂😂

[@mannatkhare3520]

Izzat😂😢

[@VSahare]

💀

[@sagarikasahoo7126]

Lol💀😂

[@faizawellnessplus7614]

High Resistance from air particles makes lighter object fall slowly. Low resistance from air particles makes heavier object fall instantly. Above all in this case lighter paper over register fall at same. ..because paper is in inertia of rest

[@unkown753]

I learned this from the legend hc verma sir

[@ameytiwari1247]

Arey bhai bhai bhai 😂

[@tarunsamant9350]

Expression of teacher after hearing "aap cheating krte ho"😅😅😅😅😅🤣🤣🤣😂😂😂

[@hariharaniyer3941]

Ye isliye hota hai kyunki earth ki gravity book ko pull krti hai Aur book ka bhi ek mass hai toh book ki bhi gravity hogi so book ki gravity paper ko kheech rhi hai Iss se book aur paper dono ek saath neeche aayenge I am not sure But if I am wrong plz correct me

[@vijendragusaiwal1296]

अगर इन दोनो को वैक्यूम में एकसाथ छोड़ा जाय तो ये दोनो अलग अलग होने पर भी एकसाथ गिरेंगे मेन रीज़न है एयर ड्रैग 👍

[@akhilpratapsingh651]

Exactly👍

[@vinodkalal4406]

Aise sir techar ho to class me sab full present rahenge,...... 👌👌👌

[@pwkafighter2375]

Ist case= Due to air rasistance paper baad me girta hai 2nd case=paper aur book ke liye resistance equal ho gaya so dono sath me girte h t=u/g

[@vivek3638]

Thanks a lot from the bottom of my heart for this knowledge and awareness Ashu sir

[@Thegauravbamaniya]

Conspt of kis kis ko pyar kru:- jisko scince ni ati wo hi bahut achhe se smjh skta hai😂

[@cartooneditz999]

If there is no friction then both object are fall in same time because acceleration due to gravity is same in paper and register. Which is 9.8m/s or 10 m/s constant for a earth.

[@learningskill2932]

भैया आपने यहां पर साइंस का इस्तेमाल किया है vacuum मैं चीजें एक साथ गिरती है जब आपने कागज और कॉपी को एक साथ फैंका तब उन दोनों पर एयर फ्रिक्शन लकी और पेपर हल्का होने के कारण लेट गिरा और जब आपने कागज को रजिस्टर के ऊपर रखा तब कागज पर लगने वाली एयर रेजिस्टेंस जीरो हो गई उसकी वजह से पेपर के पास वैक्यूम जैसी कंडीशन आ गई और यह दोनों साथ में गिरे मेन कारण यही है कि बच्चों में चीजें एक साथ गिरती थैंक्यू भैया

[@vijayjangid7808]

very good explain 👌👍

[@PACIFY_10]

1min me itna acha bata diya ❤❤

[@ForeverApurv]

Because register was facing all the air friction when paper was kept on it....Both were descending to the ground with same acceleration, g=9.8 m/s...hence paper was not facing any air friction and falling with the register.....

[@rohankumarpanigrahi7475]

Using the notebook to bear all the air resistance and effectively do the equivalent of drafting which is done by professional racers but for notebooks. Neat demonstration.

[@yo_onyx]

sir jab register neche gir rha tha to register air ko compress kr rhatha jisse paper pr koi pressure nhi lg rga tha isliye atmospheric pressure paper ko register se attach krke rkhe tha

[@MathsArena2011]

Because the air puts pressure on the pressure from down to up but when there is the book below the paper 📄 the air cannot put its pressure on the paper so that's why it happen. Weight of book > The Air Pressure. Weight of paper < The Air Pressure.

[@prestool2012]

Sir please upload complete video to explain the answer in detail

[@DDXmemer]

Meanwhile jee aspirants Galileo trick😂😂

[@KashviMahajan-sw1qj]

The air has the capacity to make the page flow upside whereas air cannot apply pressure from downside to register... So register fall down...in short it just occur due to no vacuum...

[@itz_op_girll9415]

Waaahhhh sir yeh op hai yr!!

[@RAHUL-wz9rr]

Sir mai science mai thora sa weak hu😔 to sai pura video upload karo pleace sir🙏

[@manukya]

Tumhri English bhi weak hai please ki spelling galat hai

[@badge99_2.0_ff]

Since ka tarek mast samajh mast ha ❤😂😂

[@chauhanjay5560]

Ab isko dekhke hi 3 leg yaad aate hai😂😂😂

[@blasterszone3392]

That look after "sir aap cheating krte ho" 💀

[@motivationunbounded8882]

Dil SE support hai dii

[@vivekshri]

I used to teach my students like this. With examples.

[@gamingshorts4411]

Phle mera dost bhi aise aadhe adhure video dalta tha or Aaj wo bhagwan ke pass haii........😝😝😝😝😝 Thanks for 2 likes......

[@user-xx7zv5co9w]

Nahi ye air resistance ke wajah se hua hai Starting me air resistance present thi Or last wale me air resistance absent thi.

[@Creep.0]

Plz yrr sir ye na bolo ki ye bhari haii , kl science ka exam tha yhi likh ke aayi hun mai ki ye bhari tha 😂😂😂😂

[@ravana9862]

When a backbencher become a teacher 😶🙌🤣🤣🤣

[@dalchand8555mewara-hy2bq]

You are so good sir apaka jaisa koi teacher nahi hai

[@DAKSH__CHAMOLI]

Book pehle isliye nahi giri kyuki wo bhari thi ... Balki isliye giri kyuki paper halka tha 😂😂

[@Yrgamers5]

😂😂

[@eakinsaan4100]

Tumhara IIT nhi ho sakta

[@Ghar_todaku]

​@@eakinsaan4100🤣

[@BomJimmy]

get education from class 1

[@saritayadav9200]

​@@BomJimmyBhai joke tha, wo alag baat hai ki hasi nahi aayi 💀

[@kunalverma4120]

Then what's the reason behind this? Sir please do upload the reason as well...hum log commerce ke hain💀

[@solhelios7879]

Gravitational pull of earth is same on all the objects, irrespective of their mass.

[@rajput_0901]

Best chanel of science for knowledge and experiments is (Edupoint) and 99% of students didn't know about this....

[@ffvipuncle5302]

Pahele log comments me reagion batate the ki ye kyu hua par ab batate hai ki video me aage kya hua peeche kya hua 🤣🤣😂😂please bhaiyon answer bhi de Diya Karo mujhe nahi pata isliye mujhe bhi batao ye kaise hua ?😉

[@jaivindrayadav2062]

Aisa isiliye h kyuki gravity sabko equally apni taraf khichti h. Pehle paper badme gira tha kyu tab air ka friction tha lekin bad m kyuki air or paper ke bich m register a gya isiliye vo sath m hi gire . Aisa earth pe normally nhi hota jab tak usko properly na kra Jaye kyu idhar air h space kyuki almost vacuum h to ye udar possible h

[@jaivindrayadav2062]

Ff khelne ki jagah online classes li hoti to pta hota.

[@anengineer152]

Aur resistance tabhi lagta hai jab niche hawa ho Jab niche book thi to air resistance nhi laga isiliye dono sath me gire

[@AmanSharma-pp8io]

Bhai tu free fire khel🤣

[@mangrathdilawar1682]

Agar ap jessy 100 teacher Pakistan🇵🇰🇵🇰🇵🇰🇵🇰🇵🇰 ko mill jaye to Pakistan🇵🇰🇵🇰🇵🇰🇵🇰🇵🇰 ka har bacha scientist ho ga.Being a Pakistani ye mera dawa hy.real a great teacher

[@TALALGAMING999]

sir when an object they fall down with same speed 9.8m/s.weight doesn't matter.the object that has more weight than gravity will attract him with more pressure.

[@Ankitgameryt722]

Jay bheem Jay Bharat 💙

[@ekamsidhu3854]

Wow what a teacher ❤ Slap for you 👋

[@ebaadkhan9394]

It’s cause of air,in vacuum they fall at d exact same time,am I right sir. Am a big fan

[@Shipra378]

Hats off you sir ❤❤ we want more teachers like you.❤

[@umakumari9155]

But sir...due to more mass of register upthrust (air resistance) is less effective...whereas dur to less mass of paper upthrust is more effective....this is the reason that both the things different time period when falling freely. In the case when paper is on the register then no upthrust is acting on the paper so both objects are falling as a single object.

[@bebrilliant1989]

Due to resistance of Air on objects and also depends upon aerodynamic shape in vacuum both Fall in equal time

[@Sanatan_in]

It is a case of dropping of object in non uniform motion...object falling time depend on air resistance...paper didint face any resistance coz it was above book ..all resistance was faced by book soo both fall in same time..

[@shailagolabhavi3547]

Sir this is bcoz when paper is kept on the register the whole mass became same and there are no two bodies so both fall at first. Am I correct sir?

[@suryadeepmardanya.3118]

Sir khub sundor bujhiyechen.. 😇 Porsu exam ache.... Darun hobe

[@Sanatani__003]

Reason - air pressure Agar registar or paper ko vaccum me ek saath drop kre alag alg kar kee to dono same time perr girenge....❤

[@naturalminds2643]

Wow.... I already knew the concept but the way uh demonstrated... Omg, ❤❤❤

[@ReflexOrWot]

Bhai mera mnn nhi krta tha science lene ka pr in sir ko dekhkr kitna achcha lgta hai samjhane ka style ek hamare the 🥲

[@ravishanker9095]

Sir this is caused by air resistance which is more on lighter objects and less on heavy object

[@arunbhaiyt22]

Sir aap bahut ache se padhate ho

[@varunjain8505]

All this was about the concept of air resistant. You are really a very good teacher.Ap ki classes mai bhout maza aa ta hai especially aap ke experiments, bhout mazedaar hote hai saare 😅😅😂😊😊

[@Yuvrajjangle]

Yaar ye kitne osm hai😲☺️

[@ankushtiwari5951]

You practically showing kids how it works instead of teaching theories. That's great 👍

[@nulllegendary]

Freefall is a condition where a body falls only under the influence of gravity. (No air resistance)

[@maratha225]

Really students are very lucky to have like this teacher..😋❤🙇‍♂️