Galilean Invariance velocity transformation acceleration transformation equations

In this video Galilean Invariance velocity transformation and acceleration transformation equations newtons law of motion invariance lecture in hindi etc topics are discussed.
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This video is very useful for graduation physics courses like engineering physics AKTU students, BSc Physics in hindi students, and all other who need to know about this topic.
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TechnicalPhysics

[@TechnicalPhysics]

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[@balkrishankulria2930]

Nice video . My question. How will a rod moving with speed of light apperse to a stationary observer ? Give answer in comment . 👌👌

[@mahiprajapati7574]

Sir pls mention lecture number bcoz we get confused

[@Razi.thisSide]

Same

[@moviestime1524]

Same

[@mrityunjaykrjha]

Yes Sir please

[@sukeshjakhar5298]

1. The quantities which remains constant under galilean transformation are galilean invariant (eg. Acceleration) and which got changed are called galilean varient. ( eg. Velocity) 3. As we khow F=ma from (Newtown's law) Here mass and acceleration both are invariant quantities .so force will also be invariant under galilean transformation. 👍👍👍 Here

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Nsut💪🏻

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IIIT

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Sir aapke padhane ka tereeka bahut hi zyada accha hai. Sab kuch ek baar me hi samajh aa jaata hai. Thank you for all your efforts sir 🙏🏻❤

[@deepakdas3210]

Thanks sir ap bahat achhe samjhate ho

[@janhvinarayan1633]

Galilean invariants :acceleration, mass, time Galilean variants: velocity, distance Full name: Galileo Galilei force is invariant because f=ma and m and a are also invariant

[@asmaurya2617]

Thanks sir aap bahot achhe se samajhate hai

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Thanks a lots sir , this lecture is helpful for me ❤️❤️❤️

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Si r I m from private colleges.. Make vedio in each and every topic of b.tech 1st year

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Online classes nit me bhi samagh nhi aati lekin aapke video se sab clear ho gaya , thanks u sir 🎉

[@surendrakverma555]

Very Good lecture Sir. Thanks and Regards

[@haniyafareen1926]

Thank you so much sir. Well explained

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Thank u for helping

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tq u so much sir u expained very well and easily

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Sir mein Ranchi University se hu aur bhi chapters you tube mein dalyeh taki hmlogo ko difficulty na padhaai mein sir aap bhaut accha samghate hai

[@TechnicalPhysics]

Ok Deepak Kapri in Uttarakhand Kapri's also there

[@rashmipandey3429]

Sir ur vedios are very helpful to understand the topic . Sir plz help in four vector in relativity of electromagnetism too.

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sir thank you so much for all the videos ..................

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Thanks A Lot sir

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Thanks sir ji

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Thanks sir ji aap toh deeply padha rhe ho....very very thanks sir ji 🙏🙏🙏

[@Shashwata]

Answers:: 1 - The quantities which varies under galilean transformation theory e.g velocity, distance are variants whereas the quantity which remains constant under this transformation e.g, Mass, Acceleration is called Galilean invariance. 2. The full name of scientist is Galileo Galilei. 3. Force is invariant as we know from Newtons theory that Force = Mass × Acceleration and we know that both mass and Acceleration are invariant, and multiplication of invariant × invariant is also invariant, That's why force is also invariant under Galilean invariance.

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Thank you 😊

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we all are with you

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I m lecturer in Pakistan Best way of teaching

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[@101_vikramshukla6]

Wonderful video

[@lavya2390]

Thanks sir U explained the topic very well but i could not find all tje videos in exact series

[@rajkalundia5494]

Very helpful

[@ManishKumar-pd7su]

Thanku so much sir ,,,,,,

[@user-vz1xs3ew6z]

2.galileo 1.which quantity remain constant is called galilean invariant.acceleration . Which are not constant called galilean variant .velocity 3.m and a constant so F is galilean invariant.

[@vikashsoni9134]

Mass and acceleration are constant in galiean transformation equation so force is constant, force is equal to mass multiply acceleration

[@piyushmishra860]

Force is invariant under s G.T because Acceleration is invariant means we can say to formula (F= Ma) if a is constant then force is also constant because. F direct parposnulty of A

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[@TechnicalPhysics]

welcome svits

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[@nareshmishra3486]

Galilean invariance, or Galilean relativity, states that the laws of motion are the same in all inertial frames of reference. Galileo Galilei first introduced this principle in 1632 in his Dialogues of the Two Major World Systems, using the example of a ship traveling on a smooth sea, without moving, without moving. described; Any observer below deck would not be able to tell whether the ship was moving or stationary.

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ok

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Which section bro? I am also from NIT ROURKELA

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[@TechnicalPhysics]

most welcome Abhay Kumar

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I also ask my friends to join your class

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[@TechnicalPhysics]

thank u for taking interest. I will upload

[@shroud3328]

Force is invariant under galiliean transformation because we have proved that accelaration is constant for both frames, So force will also be constant for both frames as F=ma

[@rajeevgupta6284]

Tq.. sir

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Thanks sir for clearing my query,I am from aktu

[@TechnicalPhysics]

You are welcome satyam

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[@TechnicalPhysics]

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[@TechnicalPhysics]

thanku

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[@TechnicalPhysics]

Dear Future Leader Shubham Kumar Welcome my dear nice LNMU

[@notizvlogs4612]

Lecture 03

[@studywithharpal2998]

As we know mass and acceleration are invariant under G. T. So F=m.a will also be invariant 👍

[@amitranjan8769]

Plz make a video on stern-Gerlach exp. No youtube video gave a comprehensive idea.

[@TechnicalPhysics]

Sure i will try my best

[@SANTOSHKUMAR-zo4ef]

Quiz answers : 1. The quantities that remain constant in different frame of references are Galilean invariants and the ones that changes are variants. 2. Galileo Galilei 3. Force remains invariant because both mass and acceleration are invariant

[@dg4768]

Sir ye channel aktu University ke course ke liye benifit hai ye sab aktu ke syllabus mai sir plz batadijiye?

[@AyeshaKhan-zx5hh]

Ans 1) velocity is varient in Galilean transformation theory and acceleration is invarient . Ans 3) force is invarient because Newton 's laws are valid . According to newton's 2nd law F=ma . In this equation "a" and "m" are invarient so F is invarient . Am i right?

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Yes u are right bro.. 👍😘

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Thank you sir for clearing my all doubts

[@TechnicalPhysics]

welcome Arjit

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lecture 3

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Me too

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Me too

[@birsingh8660]

Are these video enough

[@GAUTAMKHANNA-s8o]

invariant = velocity variant = accelration gallieo gallian because it change in another fram

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Sir Central University ke according video design kijiye ,since I am from bhu Varanasi fisrt year

[@mdshadab7917]

S' frame with some velocity postive v and s frame velocity minus v

[@sandeepmishra1513]

Sir आपने jo acceleration invariance बताया wo kisiko aur किसके respect me invariant hoga? Little confused

[@ThePriyaOjha]

I'm from Patliputra University.

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Batana jaruri tha

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Sir I'm from Mumbai university

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Sir I am from Bundelkhand University Jhansi CASE 2nd of Gallilian Transformation when S' is moving along any direction

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[@TechnicalPhysics]

ok

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Sir aap iss time vedio kyu nahi upload kar rahe ho

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I am from AKTU

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Sir I am from Rajasthan University..

[@sudheer4308]

Sir mai b.sc. final year ka student hu

[@TanujaKoranga02]

Sir why it is happening that velocity is changing but not acceleration....because change in velocity gives acceleration

[@Shadow_Assasin_]

I am from IIEST

[@ashishdalal1067]

Force is Invariant as F=ma and mass and acceleration ate Invariant

[@ramansandhu7889]

Sir from maharaja ganga Singh university bikaner

[@sirfawwadbaloch]

Why V is taken as constant during acceleration transformation ?

[@TechnicalPhysics]

V is changing with respect to time. It is not constant according to galilean transformation.