generalised coordinates (hindi)

[@premlairenjam7419]

Waah sir waah kamal kar dia aapne. Aapke concept ko salaam

[@Eduphile]

Thanks. Keep Growing

[@perahbhutto4952]

Finally I got a video in which I realized that I have not waste my time ..........very well 😊

[@Eduphile]

Thanks. Keep Growing 🤗

[@adilafzal3962]

Generalized coordinates are any set of variables, which can be used to specify the configuration of a system. Independent variables are called degree of freedo.

[@shweta4717]

Thanku soo much sir, the way of explanation is very well..

[@Eduphile]

Most Welcome. Keep Growing

[@santanuadhikary9121]

sir, what are the generalized coordinates associated with particles moving on inside the surface of a cone ?

[@aishwarya853]

Thank you so much for all classcial mechanics Vedios.

[@Eduphile]

Most Welcome. Keep Growing

[@studywithgirishkumar8271]

Don't know why you like me most... Ur teaching is best.. Plz help me for Csir Net sir plz I Can pay u.. I have forgotten basic... Plz

[@Eduphile]

That's Awesome. Thanks You can check more videos of Classical Mechanics here Classical Mechanics: kzbin.info/aero/PLyTVFDODClZiotsuFj6llKmmiUFMxUp4L

[@noorulainbukhari4849]

Very good Explanation 👍

[@geetavadar1852]

Thank you sir..you are the best sir in physics👍

[@Eduphile]

Most Welcome. Keep Growing

[@rohitdabade4603]

Good

[@Eduphile]

Thanks. Keep Growing

[@madhavsingh5344]

Agar hum number of dimension ko bada de vo bhi ek particle ke liye jisme wo Superposistion show kar raha ho or independent ho tab uska equation Kya hoga

[@castielinfp194]

Isn't the 3N-k only applicable to paraticles in 3 D. For 2 D (example the circle) wouldn't it be 2N-k (2*1-1=1)?

[@puneetmehra3699]

Nice sir

[@Eduphile]

Thanks. Keep Growing

[@harissabbassi]

How theta alone could tell the position of a particle? isn't the radius also necessary?

[@Eduphile]

Radius is necessary but agar radius fix h toh hum theta se position bata sakte h

[@syedmuhammadameerhamza664]

Best teacher

[@Eduphile]

Thanks. Keep Growing

[@architasethi4538]

Sir ..thanks for ur teaching..sir generalised displacement and velocity ka vdo mil nhi rha...

[@meghachettri13]

@Eduphile what will be the genralised co-ordinates for two masses attached with a massless rod?

[@gamemania9399]

I have a doubt sir k hum sirf theta se kaisay position bta sktay hain kia hamain radius ki zaroorat nahi aur agar hay to phir kaisay ye generalized coordinates huay?? please reply sir

[@Eduphile]

Radius ko fix rakhenge toh hum theta se position bata sakte h. Aur waise bhi radius har jagah same hota h

[@gamemania9399]

@@Eduphile Thank you Very Much Sir and Keep up the Good work

[@MAK74737]

Best

[@Eduphile]

Thanks. Keep Growing

[@uarshaduarshad9158]

Sir you are doing great Can i get wriiten notes in pdf form @eudphile

[@nidhiagnihotri5791]

Sir could you please give the other examples for generalised coordinates as theta for circle?

[@Eduphile]

Hum log jald hi iss pe base problems karenge

[@tarkashsuperstar9010]

You are amazing ❤

[@Eduphile]

Thanks ☺️

[@yamnarashid2022]

Air how can we spilt any factor In it's horizontal or vertical components?? Please explain via a video!

[@Eduphile]

I shall try

[@bhargavsoni765]

Sir make video on a general expression for Kinetic energy

[@studywithgirishkumar8271]

Plz share degree of freedom link... Plz send more vdo on classical mechanics.. For Csir Net

[@Eduphile]

Aap Classical mechanics k videos yaha pe check kare Classical Mechanics: kzbin.info/aero/PLyTVFDODClZiotsuFj6llKmmiUFMxUp4L

[@studywithgirishkumar8271]

Thanks

[@Real.Forever]

Why is the generalized coordinate for a particle moving on a circle "theta" only? Shouldn't it be both radius and theta?

[@Eduphile]

Because radius is fix but theta is not

[@Real.Forever]

@@Eduphile Thank you, sir.

[@Ayush_kingofficial]

@Eduphile The aim of applying constraint force here is to have a fix radius, I think. Is it correct sir

[@grdeshmukh965]

Sir theta ke sath radius bhi to rhta hai

[@Eduphile]

Haan but radius toh fix h dost

[@gouravghosh1560]

Can you make a video on generalized velocities

[@Eduphile]

Aap ye video dekhe kzbin.info/www/bejne/o4aofJeFd9djo9k

[@gouravghosh1560]

@@Eduphile ok sir mai dekhta hu. thanks

[@Eduphile]

Most Welcome

[@quantumlahary3924]

Here the two particles also have the same coordinate ie 3 coordinate but why would be the coordinate 6??

[@quantumlahary3924]

Please tell me sir

[@Eduphile]

Mai question nhi samjha aap Ka dost aap Instagram pe poochiye Username eduphile_

[@reshmaslukose6424]

@@quantumlahary3924 I think because these particles are moving so that's y they need individual coordinates. suppose particle A has 3 coordinates, with that 3 coordinates we can't find out the position of particle B because particle A &B are moving that's y we need individual coordinates for each particle thats y 6 coordinates for 2 particles. if n particles are there then 3n coordinates are needed( particles are moving; not at rest).I think this is the answer but I m not sure..if u got the right answer please comment

[@shivamjha1660]

Kya aap mujhe Degrees of freedom and Generalized coordinates ke beech ka difference batha sakte hai?

[@Eduphile]

Number of independent degrees of freedom is generalised coordinate. Jaise aapne two Particle ko join kiya toh degree of freedom 6 hona chahiye but join karne se ek degree of freedom nahi rahega , toh isliye independent degrees of freedom 5 honge

[@beinglama99]

u said only theta can locate the position of particle . What about the radius r? dont you think the generalised coordinate theta and r ?

[@meghachettri13]

i have the same question too @Eduphile

[@v_wilson]

Particle on a surface also possess two degrees of freedom. There is not just theta angle but distance of particle from the origin also we need, so there's also 2 degrees of freedom.

[@Eduphile]

Yes but radius is fixed so we can tell about the particle just using angle

[@v_wilson]

@@Eduphile okay...👍🏻👍🏻

[@Real.Forever]

Sir, when two particles are joined along one direction only, why is the degree of freedom reduced to 5 instead of 4? Please explain this. Keep up the good work.

[@Eduphile]

1 particle has 3 degree of freedom So , 2 particles have 6 degree of freedom. If we join two particles then degree of freedom reduces to 5. Why? Because the particles can move everywhere except the line joining two particles, because the joining line of two particles is fix , it can not be changed So , degree of freedom reduces to 5

[@Real.Forever]

@@Eduphile Why not 4? I am not able to grasp this concept.

[@ayandandapat6920]

@@Real.Forever degree of freedom(d.f) is total no. Of independent coordinates.... 2 particles when constrained then you may have intuition of d.f=6 ...but when you know the equation, you can find out the 6th unknown coordinate with help of 5 given coordinates and constraint value. That means 6th coordinate is not independent ,so d.f=(6-1)=5

[@meghachettri13]

@@ayandandapat6920 What will be the generalised co-ordinate here?

[@gulafshastudyclasses2985]

Sir quantum mechanics aap nhi pdate ho Kia

[@Eduphile]

Bilkul padhate h , aap check kar Quantum Mechanics | Hindi: kzbin.info/aero/PLyTVFDODClZi3-R9mqJUhLmKwZbliIEfH

[@Real.Forever]

Can we say that the degrees of freedom is equal to no. of generalized coordinates?

[@Eduphile]

In some cases

[@jayantadutta8075]

Sir please share previous video link..

[@Eduphile]

kzbin.info/www/bejne/garGXpWBaKaXbpY Constraints

[@abidraza6373]

Plz sir upload spherical nd cylinderical coordinate..

[@Eduphile]

I shall try

[@vikrantsagar2857]

Sir iski pichle video ..degree of freedom wali apke channel pr nhi mil rhi hai......plz sir agar ho to link de dijiye 🙏🙏

[@Eduphile]

Constraints video h ussi ma degree of freedom k baare ma bataya Gaya h

[@sufihabibi2579]

Sir you make videos only concept I like it more but irequest you make as well as numerical

[@Eduphile]

Thanks. Yes . I shall

[@mandarj540]

What is independent co-ordinate ?

[@yashsudan2637]

Sir Coriolis force pe video bna dooo parso exam h mera🙏🙏

[@Eduphile]

I shall try

[@sandysandysandy4824]

Theta se position ksise bta sakte h

[@Eduphile]

Bilkul bata sakte h Jaise maan lijiye 45° h toh position Kuch aur hoga , 60° hoga toh position Kuch aur hoga

[@sandysandysandy4824]

@@Eduphile conservation or linear, angular momentum pe video bane na , lagrnage's wale me jo jai classical mechanic me aapke playlist me nai hai

[@sandysandysandy4824]

@@Eduphile mai apni sari padhi aapke channel se hi kr ra

[@sandysandysandy4824]

Arjun physics classes me sab hai but samz nai aata unka to plz aap bane aapka samz aata h

[@harshitabhesaniya8935]

Thank you sir

[@saketpanigrahi]

Sir generelised force pr ek vidwo bnaiye.

[@Eduphile]

I shall try

[@saketpanigrahi]

@@Eduphile thanks for replying.

[@tokiramlibang5805]

👍🏿👍🏿

[@Eduphile]

Thanks. Keep Growing

[@poonamsihag5986]

Thnku sir

[@Eduphile]

Most Welcome. Keep Growing

[@m.r.djantaintercollegepand3541]

Sir hamiltonian jacobi equation pr video bna digiye plz sir

[@Eduphile]

I shall try

[@muhammadadrees5591]

number of independent coordinates and degree of freedom same hota hai jb hum 2 particles ko join kr k restriction lga dain tou

[@mandarj540]

What is mean by independent co-ordinate

[@RuchiRuchismita]

@@mandarj540 it is the no of possible co-ordinate to explain the position of a particle. It is 2 for a particle rotating in circular plane in your video. But min. no. of independent co-ordinate (generalized co-ordinate or DOF) is 1.

[@amangupta2103]

Sir circle m generalised coordinate kese nikalenge formulae se

[@Eduphile]

Circle ma generalized coordinate r and theta hoga

[@astashambhusahoo5023]

Thank you

[@Eduphile]

Most Welcome. Keep Growing

[@merittaxavier6709]

Canl get the copy of your explanation, in written form

[@infotainmentperson]

Diffrence between dof and generalized coordinates

[@sujeetkumar-yu9fd]

cam stable rakho bhai

[@Eduphile]

Thanks for your feedback. Now we have fixed it

[@kanwat659]

Sir classical mechanics ke notes ki pdf mil skti h kya

[@anjli_anjli]

Kya aao apne notes discription mai daal sakte hai.... ???

[@AdityaEditor-pq2jr]

Sir, please , fix your camera in a definite position 🙏🙏

[@pandu2129]

In this video the ant 🐜 is constrained to move only plane of paper, so we have 2 coordinates to describe the motion of ant. So degrees of freedom of ant=2 😂😂😂 😂😂😂😂

[@Eduphile]

😂👍, Right

[@krishnamehara4727]

Sir dessipative system ko explai kr dijiye plzzz immediately

[@dmjohnson5674]

Sir I need to notes

[@kingkong8542]

Be prepared first

[@anandkashyap960]

Abe jo screen pe set kiya hai pahle usko bata

[@Eduphile]

Please watch full video

[@sanjayasahoo6116]

Bakwas