Variation of Mass with velocity| Special theory of relativity | Relativistic Mass | Lecture in hindi

Step by step Relativistic mass i.e. variation in mass with velocity derivation is discussed in this video in a very simple hindi language for better understanding. Hope you all will get benefit of this lecture part 1. Next part of this lecture can be viewed by below link
► • Relativistic mass | Ma...
Hi
i am Dr Ashutosh Pandey & Welcome to our KZbin Channel Technical Physics. Keep Like, Share & Subscribe.
► About this video:
Derivation for relativistic mass video is very useful for engineering physics AKTU students, BSc Physics in hindi students, and all other who need to know about this topic
► To Subscribe
kzbin.info...
► Fraunhofer diffraction due to single slit
• Fraunhofer diffraction...
► Difference inertial & non inertial frames, Relativity in Hindi
• Inertial and Non inert...
► No Body can be faster than light, Theory of Relativity can proof it
• Who is faster than lig...
► Class 12 Youngs Double slit Experiment, Resultant Intensity
• Class 12 Youngs Double...
► A Tribute to Stefans Hawkings on Last day of his life
• A Tribute to Stefans H...
► TRICKS TO GET 90% + MARKS IN CBSE CLASS 12TH and other University Exams
• How to get 90% Marks i...
► Einstein's Theory of Relativity
• Einstein's Theory of R...
► Crystal Structure
• Crystal Structure AKTU...
Thanks For Watching
#RelativisticMass
Regards From
Dr. Ashutosh Pandey

[@TechnicalPhysics]

❤️❤️❤️❤️❤️❤️❤️❤️❤️❤️ Target 1 Millions Subscribers 👍 हेलो फ्यूचर लीडर्स हमारे चैनल के सब्सक्राइबर्स १ मिलियन पहुंचाने के लिए सब्सक्राइब बटन पर क्लिक करें चैनल को सपोर्ट जरूर करें Thanks For Subscribe 👇👇👇 Like Share Subscribe

[@DApple-sq1om]

At 13 minutes I strongly suspect m1*v+ m2*v which is the same as (M=m1+m2)*v can not be correct, hence this derivation fails. m1 depends on u1,m2 depends on u2, and M depends on v.

[@PKTECHIE26]

Sar aap bahut mast padhte Ho KZbin per itna achcha itna achha to college main bhi nahin samjha pate teachers

[@pawsinternational]

Sir, you teach very well and you can continue in such a simple language.mai first time aaya hu lekin first time me hi smjh aa gya aap kaise pdhate hai..👌👌👌🙏🙏🙏🙏

[@pavanajsridhar939]

very nice video professor!. hats off! please make more videos like this.

[@Tzadokite]

here is an interesting derivation using the time dilation expression of STR: we have t(v)=t(0)*(1-v^2/c^2)^1/2. we write this as frequency 'f', which is defined as frequency = 1/time. hence we have f(v)=f(0)/(1-v^2/c^2)^1/2. for constant 'v' we have df=df(0)/(1-v^2/c^2)^1/2. we have dE=dP/dt *dx or dE*dt=dP*dx=k. this gives us dE*dt=k and dP*dx=k. from these one can obtain the heisenberg's uncertainty expressions. however, if we take dE*dt=k and write it as dE=k/dt we get dE=k*df, because df=1/dt as frequency = 1/time and for frequency = df we have df = 1/dt where dt = time. from dE=k*df we obtain E=kf+C where C is the integration constant. if when f=0 we have E=0 then C=0. hence, E=kf. of course from this we can show that k=h and obtain the general expression E=hf of which the planck expression for energy quanta or photon is a special case. hence E=kf(0)/(1-v^2/c^2)^1/2. from E=kf we get E(0)=kf(0). hence, E=E(0)/(1-v^2/c^2)^1/2. again for kinetic energy E(KE) we have E(KE)=E(v)-E(0) or {E(0)/(1-v^2/c^2)^1/2 } - E(0) = E(KE). for v

[@rahulsonkar7652]

thank you so much sir for making a more elaborative lecture.

[@PKTECHIE26]

I like

[@SachinKumar-hz1qq]

Very very nice sir

[@vishalkarmakar4326]

Your explanation is superb sir

[@virenderkumarpal4895]

Bahut hi achhe se samajh me aa raha hai sir confidence badh raha i can do it

[@atticuswalker8970]

relativistic speed increases mass as it forces more interactions with the quantum fields.

[@aranshavadhera7966]

Thank you so much sir you made our work easier.......

[@reetasaxena1399]

Thanks sir i was waiting for this ...

[@sadamhussainsamon3500]

Good sir

[@purnimakumari4203]

Apki videos bhut hi achi rahti h explanation mind blowing

[@respectstatus996]

Sir thanks for nice explanation

[@surendrakverma555]

Very Good lecture Sir. Thanks

[@madhumita8777]

Aapse achha b.sc physics kisne nhi pdhaya..sir aap..aise hi pdhate rhiye

[@gskerbecs9513]

Thanks A Lot Sir

[@shikhasuyal8249]

best explantion .. thanku sir

[@yash3470]

बहुत khob sirji बहुत acche से समझ aaya thank you sir 🙏

[@sujitkumarjayapuria2949]

*Sir pls cover bsc physics all topic,,,,,,,,i see your videos regularly it helps me Your explanation is so good sir*🧡🧡💛💛🙏🙏🙏🙏🙏

[@mkumar6959]

Sir aap ka video bahut achchha hota hai

[@shivamshukla9611]

Fabulous explanation sir

[@haryanaa_0001_]

Very very very thankful to you sir 😊😊😊😊😊

[@gskerbecs9513]

Thank You Sir

[@ramakantmaurya2991]

You are great sir

[@trendtidetv528]

sir when we get 2nd part of this video pls tell?

[@trivendragangwar5646]

Sir बहुत ache se samj aaya

[@hrgupt3944]

Thanks a lot sir... Please cover whole syllabus of graduation

[@ketan1526]

Thank you sir

[@ravimaurya6412]

thank you so much sir🙏🙏🙏🙏🙏

[@Youth_fitness_04]

Sir you are the best

[@PKTECHIE26]

Thanks🙏🙇

[@mkumar6959]

Thanks sir 🙏

[@DevKumar-ho3se]

Sir please upload video on relativistic Dopplers effect

[@170hemlataphysicshonours4]

Nice video. It helped me a lot. Thank you sir

[@hatisanskritigiripar]

Don't stop keep it up

[@ayeeshanoorie8474]

Very very nice sir...

[@medhaminakshisharma9413]

Sir ap bahut achha samjhte he...

[@HARSHSHARMA-mq4ty]

amazing job sir

[@arnabdaw2587]

Thank u 🙏❤sir

[@sushmasingh7300]

Very good explanation....🤔🤔

[@AbhishekTiwari-yp1ng]

Very helpful video sir 🙏

[@himanshusalal9595]

Thanks sir❤️

[@farmerssonvlog2544]

amazing explanation

[@trivendragangwar5646]

Love you sir bhut Badiya padte hai

[@user-xq7fu5rc8s]

Tnq so much sir♥️

[@googlePowerful452]

Sir orange white and Green ❤

[@mendoovada937]

Samajh me aa gaya

[@mohitranjan8707]

Mst bah

[@DevKumar-ho3se]

Sir corriolis force pe video bana dijiye Please 🙏🙏 sir

[@deepakkumarnirala9725]

Best explanation sir!!!!

[@TechnicalPhysics]

thanks for this motivation Regards from Dr. Ashutosh Pandey Technical Physics

[@MuhammadAli-zl1lj]

Sir i have a Question please reply Wo last wala 1-u/c^2 kaha se aaya ??

[@gopal6407]

Sir Maxwell integral form derived. Please

[@janhvinarayan1633]

sir relativistic kinetic energy, compton effect, heisenberg's uncertainty principle, schrodinger's equations , potential box, de broglie equation, black body radiation, phase aur group velocity, wave functions pe bhi videos bana dijiye please yeh sab bhi syllabus me hain

[@TechnicalPhysics]

search properly already uploaded

[@IshaaqNewton]

Relativistic mass doesn't happen absolutely. It is Energy (and Inertia) which does increase for relative velocity. Mass never varies.

[@saurabh2228]

It really helped Sir ... And mostly the second part that I needed most 😅

[@jeeteshraghuvanshi4511]

Rrrr 😭😭💥 CVV vvmu Ymymymymmyymmm mm 🙄 lo l 💥😎1 QQ q

[@Fdseessddffdq]

Same bro 😮

[@AVADHESH-1]

Characteristic Curve of a Transistor in Common-Emitter Connection and Definitions of h-Parameters; 👆🏻topic par video banao sir

[@deepakdas3210]

Thanks sir but new vedio notification Kai asuni

[@BMW_0001_]

Our teacher teaches this in 10th class

[@sherlock7240]

Thanq so much sir.main physics honours kar rha hu .sir ap mujhe kuch tips digiye.

[@mohitkalia7646]

"Doppler effect in light " topic per vidio bna do sir plz sir Mere ko is topic pe kahi pe bhi aise vidio nhi mili jo shi se smjh aa rhi ho Jo aap pdate h vo A to z smjh aata h sir ji so i request you to make vidio on this topic ..🙏

[@TechnicalPhysics]

sure upload Give some rating on our www.Facebook.com/TechnicalPhysics page

[@jayarana3095]

Sir generalised notation ki ni h kya video

[@vinuraj8832]

Hi sir I have a doubt By this equation if we are travelling with velocity v our mass increases but car, bike travells everyday thay also have thier mass but how thier mass dosnt increase ?????

[@Satchidananda005]

But this happen only when the body move with speed of light

[@snehalfarmer2528]

Sir Doppler effect using relatively ka vedio

[@lexmem56]

Sir numerical bhi karwaya karo please

[@target2start]

Allhabad University ke physics syllabus ki classes chal skti hai kya .....very neede

[@vikasmishra7738]

Sir invariance of Maxwell equation banao na next Month paper hai

[@TechnicalPhysics]

ok I will upload

[@shovanray3557]

That means mass increases with the velocity!!!! Right!!🤔🤔🤔

[@user-xt4nl5xp3m]

Right !!! According to Einstein.😊

[@divyarai7303]

Thankyou so much for your valuable vedio ❤️😘 ur great teacher 🙏🙏🥰🥰sir ur explain very nice

[@DApple-sq1om]

At 13 minutes I strongly suspect m1*v+ m2*v which is the same as (M=m1+m2)*v can not be correct, hence this derivation fails. m1 depends on u1,m2 depends on u2, and M depends on v.

[@fasahatraza8214]

Ops! Sir video is incomplete I m need this derivation plz sir do something about it

[@flamingo3374]

What does technical physics mean? Physics is always technical!

[@sumitvishwakarma5488]

Bro classical physics bhi hoti h

[@atulkumarbisoyi9721]

Everything is relative

[@abhishekshrivastava8802]

Gyan dene aye ho ki lene?

[@KushalNetam-pq9qz]

Frame of reference me science ka difference nature kyo hota hai

[@KushalNetam-pq9qz]

Light me inertia i.e.jadatv ka kyo laagu nahi hota, light me force nahi lagate phir bhi travel kyon karta hai

[@201devanshunagar2]

lecture 13

[@oshoraja6915]

Sir Einstein mass energy relations ka video nhi h kya

[@TechnicalPhysics]

visit our website for details

[@omagrahari6332]

Sir uska video to hi he nhi einstin mass energy relation

[@ritikasingh11b16]

Any body watching live

[@apnaguru4948]

Establish Einstein's mass energy relation E = mc2 (squire) ...sir please is question ko exploration ka video upload kr dijiye...🙏🙏🙏🙏🙏

[@mrnituuu1414]

Sir iske age ka video kaha milega

[@ishansinha435]

Sir yeh video puri kyun nHi hai

[@comedyvideo2.092]

Sir app video puri nahi karte so samaj nahi aaya hai

[@adiamatic]

At 20.45 you told to remember 🙄🙄🙄

[@dependrasharma4407]

Adha hi chor Diya 🤣

[@VikasYadav-tl5yk]

🙏🙏🙏🙏🙏🙏🙏🙏🙏👍👍👍👍👌👌👌👌👌

[@DeepakYadav-rh6we]

Thank you sir

[@Facts1551]

Thanks sir