Don’t mess with Physics- when you use g= 10 | Physics Meme
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- Опубліковано 10 вер 2024
- Don’t mess with Physics- when you use g= 10 | Physics Meme
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She is falling horizontally and he is falling vertically. Therefore, Ramcharan's air resistance
Salute hai apko😂😂😂
Yes ... Also Weight matters😅
@@CMAAvinash no..weight doesnt matter actually.....
@@basudevsamantaray2363 How ?
@@CMAAvinash time required to fall doesn't depend Upon weight or mass.... It depends upon height and g
Le cameraman having relative velocity who is able to capture both of them💀💀
Underrated comment 😹😹
@@ton-we 😂😂 correct bhai
😂😂😂😂
😂
👍👍
When neet students don't have to deal with air drag questions.
only in vaccum mass doesn't matter , with gravity mass matters and air resistance also matters , so the logic in the video is not wrong
Blisss❤
Exactly like due to airdrag and aerodynamics speed can varry😂
Miku pfp nice 👍🙂 nostalgic
This is so true Bhai 🤣🤣🤣🤣🤣
He was neet aspirant and
She was jee aspirant😂.
Relatable ✊.
@commentarytalksyou are the one uneducated here... don't blame the editor..and this movie isn't even from Bollywood...don't trash talk 'bout others when you don't even know the right info ......
😂😂😂Haan wo neet wala hai n isliye physics me kamzor hai
This gotta be most brilliant joke in entire comment section 😭
😶
@vinay_maurya01this movie is made by Tollywood not Bollywood
In Indian serials they use g = 1.5 😂
Edit - by mistake I forgot to put point between 1 and 5
Lol no. In Ekta kapoor shows people dont even reach the floor when they fall. They use g= 0.98
😂😂😂😂😂 Chinese and others kungfu g = 1.5
Nahhh.. in serials g=3 😂😂
Bro doesn't know the difference between g=15 and g=1.5 💀
@@poulomi__hariand g=0 during dhumtananann terenaterena
g=10 is straight up a blessing for mankind
You would be shorter then
@@s.msadat8383 atleast numericals get easier
@@s.msadat8383 a little sacrifice for possibly greater reward yk, calculations would be much easier & less time consuming
@@Shibu-069 🤔 you have a point.
Yes when we have to solve physics questions
" 9 missed calls from Issac Newton."
lol
Bro from heaven
He didn't had phone at that time i guess, So 9 pigeon missed to you from Newton😅
No, 9.8 missed calls
😂😂😂
It was logical He decresed his surface area to decrease Air resistance .
This is also used in skydiving
Get the joke. Everyone knows that
@@Shadoxitenot everyone knows that
@@fightforfitness2256Everybody knows that
He is also big and muscular, square cube law makes him a more efficiant faller.
@@yumm3218Nah. Everything falls at the same time regardless of mass except affected by air drag
Bro started a war between scientists in comment section💀
We are just science geeks and not scientists
Or maybe every human is
ye to 8th ka concept hai
@@rishabh.r kisi gawaar k liye 8th pass scientist समान है
True
@@rohandhand44aap jaise hi gawar hongay vo
This is the perfect explanation of
A free falling body vs body with some initial velocity
Uski body pe kaun sa external force laga, jo uske paas initial velocity hogi. Wo bhi free falling body hi kehlaayega
Bro hee didn't free fall he jumped hense he used his leg muscles to apply some initial velocity..
@@SeekerAndLearner plot ka external force
@@jd9542Usko initial velocity gain karne ke liye projectile ki tarah jump karna padega(at a certain angle with ground) aur time loss ko minimise karne ke liye us angle ko minimum hona padega. Uski wajah se jo initial velocity gain hoga wo itna kam hoga ki usse hardly koi difference padega.
Also he changed posture which changed aerodynamics of his body to gain speed
When u don't know concept of aerodynamic 😂lol physics
ur right actually
Also (in a sense) he jump with some velocity whereas the girl was in free fall.
@DR. STRANGEBut terminal velocity of the boy will be higher than the girl
Ae gyandev logo. Dekh k mazaa aaya khush raho😂😂
Lagta hai saare IIT crack karke baithe ho😂😂
@@thembbsguy3777 ye sab to 11 ka syllabus me hi hai IIT tak jane ka jarurat hi nhi.tumne chapter skip kar die the kya?
For kajal-
She just fell, initial velocity 0 , acceleration= gravity, but she fell horizontally so she got some air resistance
For ram-
He ran and jumped , has some initial velocity and jumped vertically so less air resistance
This might be achievable
Acc is depending on both mass and volume...
🚫 Notice : On mass also
***ma=mg-V£g #fnet ma
a = g - V£g/m #a depends in its mass as
£is of air density
For more acc ,,,,❤V volume DISPLACED must be less and ❤m mass must be more
ALSO v=u+at shows inverse type relationship btwn ❤a and ❤t
for kajol Vol of air displaced more and Mass less making her acceleration❤ less
So ram is accelerating more and hence catch her hand❤❤❤❤
@@physestryshorts5214bhai nlm ka he ek question aaj mere mock mei galat ho gya , kyu gussa dila raha hai 😂
@@shahiastro6343 😅😅
That 0.2 difference could literally kill someone when calculating 💀😂
Even if he catch her they both gonna die 💀
Ye badhiya tha guru 😂😂
Haa😂
I got rejected by .25 in ssc je just because I use 10 for easy calculation 😢
@@yogeshrawat855 😞
By the way, agar vo haath pakad bhi leta, toh bhi use girna hi toh tha😂
😂
Logic.......
But ek last kiss to le leta
@@JayfromOhio your username killed me 🤣🤣🤣💯,
@@kumarvidyanshu 😶
When you skip your physics class for one day and uplode a video on gravity💀
and when you skip grammer class!
@@jayaansh_1333 right 😂🤣🤣
Well, this is possible. Only problem is that your eyes will crack open.
Coming from non-science student🤣🤣
@@jayaansh_1333 bete grammar hota hai, khud toh seekhle pehle.
In bollywood,
Gravity doesn't exist 😂👍👍
Bro, I know but this is a south movie😂
Air resistance hai ye
What's Bollywood?
@@vectorlambda It's the North-Indian Movie Industry
@@kalpeshmukherjee9357 That's cool, thanks.
When you are commerce student and seek physics in movies 😂
🧐🧐
meme is correct. maker of movie was wrong.
@@Shiva-zj6od air resistance and aerodynamics padho pehle
@@Shiva-zj6odair resistance kn tera baap consider karega?
@@suvigyamishra2003 betaTereBaap yani maine ne consider kar liya haiAnpad.
Oh, I can feel it, especially when you see g=10m/s^2 in the exam it feels like heaven.
Us time lagta tha ki haa bhagvan kahi na to kahi jinda hai😂😂
@@vipinseervi5849 han🤣🤣🤣
😂😂
ये तो सच है कि भगवान है
So true😭😂
I just learned all the terms in physics from comment section😂
Mass of ramcharan>mass of Kajol
So
1.(mg)ram>(mg)Kajol
(Vaccum nhai hai)
2.ram is falling vertically and she are horizontally
Resistance of air in ram< resistance of air in Kajol
💀💀
ur 2nd point is correct. but actully velocity of falling doesn`t depend upon mass.
@@user-ww3gg1ot3g first point is also correct becoz net force = mg - F(airdrag)
He is thinking in this way
@@shaktiggactually that is correct
*le aerodynamic drag: Am I a joke to you??
Haha thanks!
Can you explain in short?
Yes sure kajal is horizontal so due to more surface area more drag is acting upon her and she has already reached terminal velocity wherein Ram Charan is vertical so less surface area hence he is more streamlined and can cut through the air so less drag acts upon him and he can reach higher velocity.
@@nandanhegde2986 Thankyou brother ♥️, but doesn't it same as gravitational concept may be used in aerodynamic drag. And can you suggest some book for science students as now my 12th boards are finished so I am playing only games but inside I feel, I should read some books but none is there to guide me.☹️
@@beamerican6766 this "g" thing would make sense if they were falling in vaccum as there can't be any velocity difference as an apple and a feather falls at same speed in vaccum.
Regarding books the short creator is himself a coach he can help you out.
My Chemistry Teacher mentioned this meme yesterday and just Found it today without even searching it 🤓
:)
Its called google mahima( magic) your near ones get this too
Google is listening
Google listen your all conversation through phone
next time try word car entire day open UA-cam
you will get ad or shorts about car
try it
Isn't that worry some?
When you skipped your physics class.
There is something called air friction. 🗿🗿
Air resistance?
Friction can be ignored, teacher said.
@@AbhishekYadav918 actually not friction but airodynamics. Lift & drag can significantly affect the speed.
@@shijinaniyankunju3500when you skipped English classes that’s Aerodynamics
@@oxomist English isn't my mother tounge malayalam is so there could be some lexical or gramatic errors in it when I comment. I am just an engineer not a graduate in English literature.
The fact that he falls slightly faster makes this even better .
In Dhoom they probably used g=12 on Amir Khan. 😂😂
Bro didn't get crushed though
@@TTD-rocks999 i didn't mean that in dhoom there was a similar scene like this in the end (the movie in which Amir Khan and Abhishek Bachchan is there) one of the brother jumped early and second one way too late still they where holding hands 😂😂
Bai tho gravity ko chodo sansar ko hi thodu saktha he
I didn't get that🤔
😂😂😂
9.8m/s^2 is also approximate. Exact is 9.81445313m/s^2.
The results will still be same
'g' can't be exact. As earth isn't a perfect sphere... value of 'g' will be less near the equator and will increase as we approach to the poles... so you can't say the value of 'g' exactly...
g is not same at poles and equator.. the average value can me considered as 9.8 or 10 as per numerical 😊
Also in statistics, it is a continuous data
🤓
Bro learnt physics from Mc D's washroom*💀💀🗿
😂
Exactly
No you idiot. It's the air resistance
😂😂😂
Dekho bhailog..
Iss action pe ek chiz alg hai
Dhyan se dekho...
Actress is falling horizontally, so surface area badhne ki wajah se uska air resistance badh gya hai isliye uski speed km ho gyi..
And in the another case... actor is falling vertically as a diver so..usse air ka resistance kmm lg rha hai.. hai isliye wo faster niche gir rha hai...
Gyan pasand aaya ho toh like kr dijiyega..😅
Gyani baba😂 sahi kaha aapne
It's like waiting an hour in 10 minutes !
Why does this 50sec video feel like 10 mins to you?
@@boom69 You didn't get the point
All of you guys speaking about physics, meanwhile the movie producer is laughing in the background 😅.
It was a hit movie...
Movie producer laughs at their bank balance
Magadheera. So old movie yet so good CGI.
@@dhananjayplays694 yes, indeed it has a really good love story with great music and visuals. It was a trend setter in tollywood.
@@vishwa2420 It was Directed by SS Rajamouli ( Director of Bahubali and RRR )
It was running for more than 3 months...
@@prasannaighe5188 trust me, I know
For easy calculation, I will always prefer g=10m/s2.
lekin agar numerical mein g ki value di hui toh? 🧐🤔🤔🤔
accuracy nahi rahegi phir.
@@omsutar5098 ok
To phir approx value nikalo sign deke ≈
Abe jhandu badi calculation me Jamin aasman ka antar aa jayega
That's why we should attend our physics class with full focus 😅😅
A student can cover *"motion"* chapter of physics through this comment section.
@EVERYTHING I WISH in the video motion is due to gravitational
@BuriBuri motion actually, this video has more contents & comments from the chapter Motiom
@@Ahadali-eh5sgAcceleration due to Gravity*
@@himanshukuanr7832vese itna kya oxytocin jo chale gravity ko takkar Dene woh bhi sath me Marne ke lie akhir hath pakad kar bhi toh woh mari😂😂
Indeed! 😂😂😂😂😂I got to know so much -practically, here that i missed in my class.(or never been taught in class😅)
Aerodynamics left the chat
Beta aerodynamics hi ha laikn teri amj se bahir ha dono ki motion aur air resistance dekho sirf aerodynamics ka nam any se tum educated nhe lago gy
@@intrestingworld626toh kya iit coaching lene se educated lagega tu bhosdike
@@intrestingworld626vo sahi bol raha hai anpadh aerodynamics aur resistance me hi kaam aata hai 🤦🤦.
@@Yash99904O bhai, usne galat bhi toh nahi kaha... Aerodynamics ki vajase air resistance kam ya jyada ho sakta hai, tab net acceleration jyada ya kam hogi, par
'motion under gravity', especially 'object dropped' ki case me (time of flight) and (g-a) ki vajase displacement par effect parega jarur par dushri taraf agar ek object ko u velocity se throw Kiya jay toh air resistance ho ya na ho tabh bhi thrown object dropped object ko mid air cross Kar sakti Hai...
Video me ladki drop from ledge hui Hai, ladka ek unknown Velocity se khudko throw Kiya downward, Matlab ek certain time ke bad dono ki displacement same hogi agar ham air resistance ko ignore kar de tabh bhi... Air resistance apply karne par variation ayegi jarur par approximately round off karne jay toh dono case almost same hone chahiye, Matlab of course alag hi hoga answer par bohot hi jyada alag bhi nahi.
Physics meh similar question neet me pucha gaya Tha kisi saal
@@inbuiltablecrow9033 pahli baat vo bol raha aerodynamics kam nahi aayega real practical karoge to ek body hamesha cross kar jayegi doosri ko yakeen na ho kuch trained paratroopers bina parachute ke hi kood jate hain aur doosra banda apne sourface air resistance kam karke cross kar deta hai 🙌 .
There are two factors:
1. Ramcharan jumps with some initial velocity
2. He is going downwards Vertically while Kajal's body is falling horizontally, therefore Air resistance is less to Ramcharan's body
concept is some how correct but with initial velocity did not use downward direction
Good
Mereko ak chiz jannna hai donoke mass to alag he, isse force of attaction vi change hoga na
And , the main factor
3. Terminal velocity.
@@mr.xlibaryt6767 hmm force alag alag hoga, but dono bodies me acceleration same hi produce hoga, kyuki 'g' constant rehta hai with respect to the mass of body falling freely...kyuki g earth k mass radius of earth aur gravitational constant pe depend krta hai on the surface of earth. Aap iske liye Gravitation chapter pd k dekh lo 9th se aage ki science textbook me rehta hai.... 👍🏻
It is not truly impossible due to difference air drag acting on them.
In the other hand it may be possible that Ram Charan have a initial velocity but Kajol don't.
The girl was applying Aristotle's laws of motion
😂
No he was having creeping flow with no convective mass transport 😅
😂😂😂😂
Wo kya cheez hota hai 😂😂 aristotle law
Air restistance left the chat
Air friction reports it
Its not this dramatic
When you read Aristotles fallacy and skip the very next class 🤣 Galileo's Leaning Tower of Pisa experiment
Acc is depending on both mass and volume...
🚫 Notice : On mass also
***ma=mg-V£g #fnet ma
a = g - V£g/m #a depends in its mass as
£is of air density
For more acc ,,,,❤V volume DISPLACED must be less and ❤m mass must be more
ALSO v=u+at shows inverse type relationship btwn ❤a and ❤t
for kajol Vol of air displaced more and Mass less making her acceleration❤ less
So ram is accelerating more and hence catch her hand❤❤❤❤
I lost my 3 marks in examination only because of this.......😅
😂
F in the chat boys
Those who are giving "GYAN" in the comments section- I appreciate your efforts.
1. The correct reason (many people alresdy told) is the air resistance.
2. For those talking about Mass- you should know that "g" is independent of mass of Falling object. However, Mass might play a role in the drag force due to air.
3. Those talking about qualifications: here's mine-
I have qualified jee mains, advanced & NEST exams [ which has only 200 seats all of India]
I am a final year master's students at National Institute of Science Education and Research (NISER), under Department of Atomic Energy, Govt. Of India. This also a Jee Advanced level entrance exam with only 200 seats all over India to pursue research from the premier institutes in the country.
4. Take the meme as a meme, and chill bro😅
If you want to know more about such premier research Institutes in India to become a scientist, check my youtube channel.
If you don't want to become an engineer or a doctor,
SciAstra is the first platform in India for becoming a scientist at IISc, IISERs, NISER, etc.
Website: sciastra.com
Call- 08069409826
WhatsApp- 7570020363
Wow.. next month I'm going to give jee mains as well bro.... wish me luck
@@lalramzavifaihriem8 good luck brother (in japanese badass style)
Bhai ney clarify kardiya 😂😂😂
@@lalramzavifaihriem8 all the best brother!!👍❤️
Jo v bole samajh mai nahi aaya par padh k acha laga 😅
Imagine when options are a) 52.3 b) 53.6 c) 58.2 d)51 then you have to reinput 9.8 into formula it's relatable
😂😂
What about there are both options, one you get with g=10 and one with g=9.8
Usually we start with g = 10 and when we get ans, we move to next question, not realising there was g=9.8 options
That's tragic but happens many times
9.81 actually
@@mohdarwaz6252Let me tell you something, g varies depending on your geographical location. So g equals 9.81 is not necessarily true everywhere. :)
W=m * g +- air
W1= m1 * 9.8 +-air
W2= m2 * 9.8+-air
.....means mass different each other and air will also be effect on relatively velocity therefore can be possible..
Hero is smart, body ko streamline karke reduced the surface area so 1/2 rho A V^2 which is the magnitude of drag in this case reduces. While heroine ki surface area is much more and hence providing her a much stronger decelerating force. Issi liye he caught up. I'm so sorry 😂
True
Bro but hero sacrifice doesn't matter After all he can't able to save heroine 😏
@@sandeeppubgbc3674 try toh kiya na
@@sandeeppubgbc3674 punarjanam enters the chat
Actor*
He reduced his surface area to lower the air resistance hence increase in his speed. This time South movie Rocks!💯
Physics aside, the full movie of this was a masterpiece❤
movie name please
@@Arikstudentsry bro, i cant remember the name :(
@@ArikstudentMagadheera
@@somasekhark940 thanks 👍
@@machinewings Whatever Thanks for the response
THERE ARE three reasons
1 initial velocity given by ram Charan
2 ram Charan has more mass than actress and in earth we have air resistance that is the reason why paper falls slowly and rock falls fast
3 aerodynamics means ram Charan way of falling and when he reaches the actress he increase surface are of his body and slows down himself a little.
He added horizontal velocity only so it doesn't matter
Ram Charan's initial velocity is not 0 unlike Kajal's. Therefore the terminal velocity of Ram Charan's higher at each point in time despite the same acceleration due to gravity.
F =MG MASS IS GREATER
@@yukt8572What is the relationship of force with this😂
@@dineshkalathoki6623 bro imagine, two objects of different mass and release them from a height ,the heavier one will move fast + ram charans initial velocity was more as he projected himself using rock.😅😅😅
@@yukt8572 Its because of surface area and air resistance but not wight or force...But initial velocity is right tho
@@yukt8572heavier and lighter will move at same velocity.
Aerodynamics has left the chat. No matter the g value both will reach terminal velocity after some time and they will fall with the same speed. Now that can be changed depending on the drag force which will depend on the surface area of the body or the orientation of the body.
when the admin skips physics classes.
😂 drone use Kiya hoga camera man ne , noob
He uploaded it on a purpose of joke.
Don't try to show off because you're not a physicist
@@itsoblivion8124 yahi to problem nanna chahata hai😂😂
@@itsoblivion8124 admin ignored air resistance
Show me how he is right.. South dalls will try to prove point by vomitting anything 😂😂
Neet students and JEE students when you will give exam of Neet or JEE then you will focus on Physics most important part of the subject is physics and high score is physics to doing exam 👍👍👍
Ramcharan's acceleration due to gravity be like :
Jaldi waha se hato😂
in the movie this is actually logical due to how air resistance acts
No it's not logical aap is liye keh rahe ho na kyunki ladki horizontally giri and ladka vertically but aagar hum gire itni height se toh horizontal position main rehna next to impossible hai isliye ladki aur ladka dono vertically girenge and air resistance same lagega
@@loveesharora949skydivers horizontally dive krte he , once terminal velocity is achieved .kyuki jb dono forces balance ho jate it feels like floating in water . no net force is crushing you.
So an alternate skydiver can increase its terminal velocity by vertical posture to decrease air resistance , hence terminal velocity of man > terminal velocity of woman here
@@gameginger5529 skydivers horizontally dive karte hai par kaise vo apne leg and hands ko sread karte hai jisse air resistance Puri body and lagta hai and speed Kam hoti hai par iss video main ladki bina hands and legs spread kiye horizontally gir rhi hai aaisa ho toh sakta hai par itni height se bina legs and hands ko spread kare it is impossible to fall horizontally
@@loveesharora949 terminal velocity sirf 12 second me reach ho jati he skydivers ko , and after that Net Force vertically is zero ,
assume you are an astronaut his Net Force is also zero hence he can be in any pose he wants. Same case for her having net force zero, so she can spread her hands and legs like an astronaut or ocean diver can do.
Now assume both are astronauts ,
bs dono insan me antar ye hai ki ,
both have different constant speeds with a net force zero(force of air resistance=Gravitational force).
and terminal velocity is directly proportional to mass and inversely to surface area ,which favours man in both factors , so man falls faster.
@@loveesharora949You are the reason why education matters.
when you leave physics after 10th,this happens
Tum aise bol rahe ho ki tum Albert ho😂😂
@@krishnavamsipattamatta86 no bro i said this because in 10th we use g = 10 generally but in 11th and 12th g is used as 9.8 for accurate and precise answer
@@adityaverma2496 oh misunderstood 😶😁
@@adityaverma2496 kahan bhai! kabhi Mcqs solve kiye hai kya?
@@adityaverma2496 you are wrong man even after passing 10th , we use g = 10 until the value of g already mention in given question as calculations become more easier and no one give a shit about accuracy just need a approximate answer .
Lower air resistance on his low area which means high pressure and weight also matters because it is force W=mg.
Altitude differs,Air resistance be like:-''Abbi thik karke deta hu"
Kids fighting over g
Meanwhile legends using π^2 as 10
Actually a better measurement than g=10ms-²
Bhtt sahiii
bro sabko btaade mereko mujhe lagta tha sirf mehi use krta,😂
where is π^2 required?
@@nickharrison3748 Mostly for approximation in competitive exams.
For example, find radius of circle, if the area of circle is sqrt(810) unit square
Air resistance and areodynamics: aight bruh ima head out
Re mazak hai just
Jaise physics mye air resistance ko negligible lete hai
Aise yaha Lelo na 😂
@@dapperbloom4584 air resistance affects a lot in greater bodies, and even at smaller bodies fot longer time period.
Btw he was streamlined like a plane
@@e_pi_i_is_-1 re pata hai
Ye bas ek joke tha
When the video editor forgot about AIR FRICTION 😂
Air drag being applied on Kajol is far greater than that of Ramcharan's air drag, also Ramcharan gave himself a initial velocity when he pushed himself with his leg on the floor while jumping
Also the accn as mg is greater on him
meanwhile commerce students : what is g??
lol
LOL
Bhai 10th tk physics Sare pdhte hain😂
g toh 9 mein thha
G mtlb teri gand 10 tk sabne padi h
I have half knowledge of syllabus and I was thinking of taking a drop. But This video changed my mind
Half knowledge means 💀💀
There will be a significant difference in their body weights. Moreover air resistance acts more on spread out surface area, i.e., their fall position.
when cameraman has special powers to shift gravity
Ever heard of fictional storytelling? It's like going to local grocery store for buying smartphone. Its not shopkeeper fault to not having any smartphone but yours 🤣
Only legends know value of g is 9.76 . 😃
nope it change with position as earth isnt a perfect sphere for eg: the value of g is also found to be 9.8144
thanks for clearing my childhood doubts. I always used to think how the actor can reach the actress if they both fall with the same acceleration.
Well they didn't. The actress just flops down while the actor jumps, applying velocity. Moreover, the actor's pose is more aerodynamic than the actress cuz he's almost vertical and she's horizontal. So the actor will gain more speed.
@@SunilNmb 🤦♂️ it's not physically possible to add any downward velocity and his jumb added velocity in the opposite direction of the fall (he jumped upwards not downwards)
It's not possible to jump downwards
@@stormtrooper8420 yes, to get initial velocity downwards on your own, you need to push something upwards, which is not possible here.
@@Shreyas_Jaiswal correct
9.8 is correct. But is pecfect in vaccum chamber. There is air pressure we have to consider.
There is a experiment where basket ball and feather fall equally when suspended at same time in a vaccum chamber. I think it is in youtube.
Air resistence play key role.
Best explanation I had ever seen 😂
Art's student - left that chat😢
Must be like "arts srudents leave the chat"
@@Gunzo568 no need.
Everyone talking about each other physics
Me who enjoying the scene and
Nobody is thinking that they are gonna die
To saktiman ap jake bacha lo😂🤣🙌🏻
@@Mickey.146 🤣🤣🤣
Tabhi toh bollywood ka lollipop 🍭 lete hai log. Because they don't want to give damn to logic, bas maja aana chahiye. Acha hai ab aise log thoda kam ho rahe hai jaise log grow kar rahe hai.
@@Ashu-jf8xc yeh south ki film hai
@@parthkashyap6381 I know. But here I am referring to Bollywood.
Reasons
1. Weight of Ram Charan is more
2. He took vertical jump whereas Kajol Horizontal
3. Kajol drees resistance was more
4. Ram Charan did vertical air swimming to reach Kajol
Anyhow even if could hold hand, both would die.
Air resistance be like : Who I am ??
No it's "you know who I'm" [Tony stark]
@@Drskbharti49 This clip is completely correct. This happened because of "Air resistance".
@@kawshikdas7852 hmm but Maine to dialogue bola hai
@@Drskbharti49 hmm
She need to hit terminal velocity in order to do that
😌😌when g =10 .. answer comes so smoothly...
For huge calculations like moon landing and mars landing we use 9.8 however for students to understand the concept it's okay to use g=10
The constant acceleration will always have the same number in America. Unless it’s India…
bhai kal exam he gravitation bhi aaye ga socha ki thodi der shorts dekh lu lekin fir gravity
U=mgh
Potential energy = mass × acceleration due to gravity × height
Le me (backbencher)-:
No idea what's going on here 🙂
If you call yourself a back bencher, do the experiment 😂
1.Mass probably greater
2. Streamlined position - Less air drag
You forgot that it also has to be in vacuum. In this case the hero did made a streamline body that made him reach faster towards the surface.
you can understand it easily its perfect example of aplication of bernauli's equation of fluid.. my teacher even discussed about this scene while he was teaching this topic.
Saddest scene became funny when it is applied with studies.
As a science student I will tell you the concept:-
The man have some velocity and he steep it's body to reduce air friction force ,,,,
On the other side the girl's fall as free fall where is gravity works, so the man crosses the girl.
Its not because of g, but the drag force. He is diving keeping aerodynamics in mind, probably well versed in physic I think.
Nasa has been searching this video editor for a long time.😅
Loving how it backfired and we know who actually missed physics class . Admin 😂😂😂
lemme do some physics here , let ram charan mass is x kg and kajol mass is y kg it is very clear that x>>y and we all know that weight of an object = mass * gravitational acceleration , since g is same for both so weight of ram charan>> weight of kajol so more force is applied by ram charan also initial velocity of kajol is zero m/s and let that of ram charan be z so clearly z>> 0 , so since ram charan's case is of projectile motion when projectile is thrown with some horizontal velocity so he should follow parabolic path which he does and also it takes a bit of time for him to reach terminal velocity due to initial velocity provided also , due to air drag , and kajol's horizontal freefall , there is more loss in kinetic energy than that of ram charan's vertical position , so there you go , the movie is sort of correct but not absolutely , btw i am a JEE aspirant
Air resistance left the chats 👽
When the memer is an Arts student and doesn't know that mass matters
It's not mass it's air resistance on different body's to increase or decrease the momentum
When you are graduate from WhatsApp University... Focus on your commerce stuff dude... Mass doesn't matter...
Mass doesnt matter u failure 😅🤣🤣🤣
@@anonymous88897 it was sarcasm, if you didn't get that
@@HarshitYo Its not clear tho 😂
Kid me Enjoying the movie Adult me thinking how the movie Defy the laws of physics.
Well know more abt streamline bodies and air resistance
@@ravi-jz7ym Yes bro I know that
1) F=mg it depends on mass
2) he is falling vertically so less air resistance
3) he applies some velocity
omg a scientifically accurate meme
lol
No
Nope
@@SciAstra ever heard of resistance?
😂 comment of a non science guy😂
It's not a JEE question that we can ignore air resistance and viscosity😂
Drag and terminal velocity left the chat
Watching such brilliant students' comment, g=10, Aerodynamics laughing in the corner.
She gets air resistance, while he does not.
That's how parachutes work, parachutes don't work in 9.8g
Literally roasted whole film industry in only one short.....
😂
@@SciAstra glad to see you here..
🙂🕶️🤏
😎😎
When both uploader and viewer are from arts background 😂😂
@@berhampurtv7Nooooo bro... We've our own world known as IT sector....
🙂🕶️🤏
😎😎
@@Silkroad_trader 🤣🤣🤣Kyu bejatti Karwa Raha hai IT sector ka....
Body dynamics is in play here, how your body is streamlined matters when you free fall.
Nope, both will end up at terminal velocity
Does not justify the lack of basic physics knowledge in the brain of the director of this movie like what is he even gonna do after catching her ? Die together, don’t tell me hes got jetpacks
Terminal velocity is the correct explanation.
Reminded me of "on your left" from Cap America