W1 02 Galilean Transformation GT | HC VERMA BSC LECTURES | GDS K S

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[@girishtripathy3354]

His command on English and Hindi is so damn commendable man. Shudh hindi aur shudh english me bhi padha skte hai sir. Literally a God of physics

[@tipsfun9369]

Dr. H C Verma sir ke liye like to banta hay 👇👇👇

[@whatthefkbrah1417]

Oh my Rama, too simple and effective explanation 🔥🔥

[@shivambharti2247]

Its plessure for me to teach by hc verma sir😌😌😌

[@yashwantkota758]

ok ok aa mm ok op

[@quanta7992]

"to be taught by hc verma". mere hisb sy sentence ese hona chye... agr ghlt ho to bta dena

[@rishabhtiwari7396]

​@@quanta7992bkl physics padhne aaya hai ya english chodne

[@quanta7992]

@@rishabhtiwari7396 dono

[@abdulmukit7900]

Gendu generation

[@hima5456]

For a teacher good teaching skill is more important than good knowledge. Sir you prove this and seriously you are a good teacher with both qualitiea good teaching skill and good knowledge.

[@physicshacks6349]

How can a teacher be good without good knowledge or lacks it but have good teaching skill? You just written shit. HC Verma is supremely knowledgeable teacher.

[@nammopandit3107]

old is gold....thanku so much sir ...uh r a great teacher

[@musicaldarpan629]

Respect to mother tongue , hats off sir 🎉🔥

[@jaskiratsingh4330]

Sir i have no words to the way u r teaching, so amazing. ...totally speechless... Learning from u has awakened a new ray of mechanics to me..

[@akshaydongre]

Simplification is the ultimate sophistication… Speechless…simply the greatest..! 🙌🏼🙏🏽

[@AnIndianLadki]

I do not have the words to say you thank you sir

[@hiaryan]

Simplicity sir... Love you❤️ Thank you very much🔥

[@ShrutiDewangan-ub2mj]

For the first time I am acknowledging a teacher in commet section 😊 You are marvelous and too simple explanation 😮

[@indiantubebyhimanshusain2974]

Thanks sir. Such a amazing teacher.

[@aditya_mnnit7992]

thanks alot respected Prof. HC Verma sir for this wondwerful lecture...thanks alot sir...thanks IIT kanpur for providing us the lecture...LOads of love from MNNIT Allahabad

[@himanshu8201]

Sir your teaching skill is awesome Nothing word to say

[@labalimbu829]

love it how you explain everything

[@theH2SO4108]

You are fantastic teacher sir because the way which you use to explain the things that is amazing because with the help of that we understand complicated postulates in very simple manner😀

[@yogeshk08]

Thnx a lot sir for great explanation

[@techfunnybunny10]

Thanks you sir . I searched for this type of clear explanation so much on you tube and then your video clear every doubt. Thank you so much 🙏

[@kiingsteve]

Your teaching skills are very interesting sir. Thank u so much sir.

[@sejelsharma6895]

Thank you soo much sir you teach in a really sweet way

[@abhijitdigal2251]

Thank you sir for your wonderful example

[@hemanthb5990]

Sir you are angel for me hats off 🎩

[@janmejay.yadav1]

Your explanation are super defin 100% understanding

[@sandeepooja801]

Thank you sir aapne etne achchhe s samjhaya ki kabhi nhi bhulega😊😊😊😊

[@jeetendradhakad2739]

Sir you are genius 👏👏🙏🙏

[@mohitchouhan3437]

God of physic hc varma sir ❤

[@notyourking9538]

Sir plz Make More videos I love physics

[@mahavirsinghh01]

What's the amazing explanation

[@aimcompetitive8087]

I don't know how to thank you but thank you sir actually your teaching concept it's very easily so l understand without confusion.

[@gkgssolution]

Really

[@ritesh6383]

Are you a bsc Student

[@anujsaini3798]

@@ritesh6383 yes

[@savintayadav6321]

You're great sir. Thankuu so much

[@babansahani9286]

You are best sir ap bahut hi achhe se sikhate h thanku so much

[@anandkumarmishra3718]

Wonderfull lecture

[@ritesh6383]

Thanks a lot brother 🙏🙏🙏🙏

[@RajeshSahu-kt3pg]

Hc sir Op 💥 following his video from 10-degree yet 🙂

[@nidhisharma1921]

Thank you sir for this amazing video 🥰 Amazing explanation,,I loved it😊

[@AkshayKumar-ht2nn]

Best physics teacher in India

[@ritikasaxena5434]

Amezing class sir thank you so much

[@AmitBillava-ib6yn]

Awesome teaching sir 🙇

[@vandanayadav3369]

No words to thx✌️👍❣️

[@chikupattnaik2742]

very very thnx sir, i got it more better than my college lecture, better be if you says here the drawbacks here , i mean including the maxwells equation aslo

[@surajshukla9976]

Sir ap bhut achcha explain Karta ha thank you sir✌️✌️🙏🙏✌️✌️✍️✍️👌👌👌👌👌👌👌

[@revolutionofthought8112]

Salute you sir 🇮🇳🙏

[@satedarkumar8465]

Super method understand sir

[@kjshukla9484]

Thank you sirji happy retirement life you are our prof Walter Lewin

[@rohitfreefire7328]

Thanku HC Verma sir

[@kartikay1088]

Thank you so much sir......

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Nice Gurudev 🙏

[@mohdyasir1886]

Thanks sir

[@mohdyasir1886]

Thanks

[@saima13]

Thank you sir.👀🌼

[@yogesh3397]

Thnaku so much sir !!

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thank u sir...🙏🙏

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Hello sir you are great teacher in india

[@MaheshKumar-so1gg]

Thank you very much sir

[@muskangupta3231]

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Thanks sir you are great sir

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My favorite 😍 subject physics

[@akhileshkumarsingh7454]

Thank you sir🙏🙏❤️❤️❤️

[@kumkumraghav.]

Sir I pray to God you may live so long....🙏🙏🙇🙇

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Superb sir

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Very useful sir 😊

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Nice way of teaching sir

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Best lecture

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Lot's of love💕

[@rashmipriya2617]

You are great sir

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Fantastic

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Thanks sir.💚❤️💛🇧🇩

[@mhusain4560]

Very nice explanation

[@RazzaQ_Ansari]

Sir aap physics ke bhagwan hai❤

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How interesting these 24 mins are

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Thank u very much sir ji

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Sir Aapke ke liye kya khein very well explained

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thanks ...

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best sir

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Sir you are legend

[@rbwinn3]

Here is how Galilean relativity really works. If there is a slower clock such as Einstein theorizes in his Special Theory of Relativity, the Galilean transformation equations used by Isaac Newton say nothing about that slower clock. x'=x-vt y'=y z'=z t'=t inverse equations x = x' - (-v)t' y = y' z =z' t = t' In order to show the time of the slower clock in S', the equations would be x = x' - (-vt/n')n' y = y' z = z' n = n' n' is the time of the slower clock in S'. (-vt/n') is the velocity of frame of reference S relative to frame of reference S' according to the time of the clock in S' that shows n'. The equation n = n' shows that the time of the slower clock in S' is being used in both frames of reference. To show that light is traveling at c=186,000 miles per second according to the clocks in both frames of reference, we would then say, x=ct and x'=cn'. This would be true whether there is a slower clock in S' such as Einstein theorizes in his Special Theory or whether there is a faster clock such as scientists say they encounter in GPS satellites. What has to be remembered is that a second of time of a clock showing t is not the same amount of time as a second of time of a clock showing n', the way scientists of today teach. Saying that a second is based on transitions of a cesium atom is the same as saying that a day is based on rotations of planets. That does not make a day on Jupiter equal to a day on earth. Jupiter rotates four times while earth rotates once. The same is true of transitions of cesium atoms if they slow down or speed up according to conditions of motion and gravitation.

[@iglaryan2780]

Ossssssssummmmm

[@anshu6254]

Thanks sir Hindi me padhane ke liye..

[@simviii_1120]

Thnku sir

[@tanayvijayvargiya5704]

God or what

[@SunilKumar-oj4jq]

Thanks you soooo❤️❤️❤️much sir

[@techtoupsc2139]

Very nice ❤️

[@subhampal3616]

Nice video sir

[@user-uc2qw2qf7q]

Thankyou sir

[@vipinvipin1024]

Sir after 2years I, ll be join the b tech machenical engineering

[@samrat9817]

I am after 4 year

[@srirama7687]

Sir aap Hindi me hi boliye aap ko salam

[@Sonu-xb5rh]

Every explanation I imagined in my mind,& relates everything in our daily life

[@bickyshaw9220]

Sir, pls physics ke har ek concept kaa aise hii series me video bana dijiyega

[@jaatboy68]

Nice 👍👍👍👍 thanks

[@deepeshdubey4457]

❤❤❤Love you ❤❤sir

[@anchalyadav2492]

Thnks

[@sumonlaly9546]

Sir,,, why Newton's law is not applicable in noninertial frame....?

[@pritipandey8629]

Thanku sir 😘😘😘😘😘

[@b2comedians]

If the moving frame is not lie on the x- axis then what happen explain

[@vinitashakya9852]

Sir frame S' is already an inertial frame..bcz it's already have an uniform speed..nd that is already mentioned in the 1st law of Newton .that " some are in uniform motion that becomes an uniform motion after when the external for e are not applied" Sir, please help🙏

[@SahilZen42]

S' frame speed of light ke barabar chale toh result same hoga

[@trueanshul]

Sir please video eng me bhi banaiye Kyu ki app bahut accha padate h

[@pawankumar3933]

Acha padate h sir