hello, would you be so kind to tell how did you put n outside the bracket? it is impossible-please show the method of simplification. I might be wrong!
Light cannot exits without speed c in anywhere(air or any medium) but when it incident on a medium then superposition of the transmitted ray and incident ray propagates in the medium and a phase change occurs in the transmitted ray so the phase velocity changes only.
Second law of thermodynamics state that entropy always increase. So how can we explain in the situation of fall object?? Is object place on top use to have High entropy than ground???how can we explain with higher disorder and Lower disorder in this situation.???please answer my questions
As per my understanding , the disorder in a system is related with its energy states. For the situation you have given, consider the system/object has two energy states (for simplicity) one at height and second near the ground. Now when the object falls to the ground its previous energy state is loss hence entropy increased. It wont attain the same energy state until some external work is done on it (energy provided to system). Hence for an isolated system entropy always increases. You may also wonder what if this body is connected to a spring/or moving like a yoyo similar situation happens there as well. If no external work is done on the system its amplitude reduces at each round trip hence it also loses its energy states at each round trip. hope this clarifies your doubt.
It matters. In case of inclined direction along xy plane lets suppose, find velocity components along x and y axis. Apply velocity transformation on both components and then obtain the final magnitude from there.
@@FortheLoveofPhysics I have a hard time agreeing to your conclutions. Stupid as I am. Presuming I sit in a medium, like on the backseat of a rocket at the speed of light and shine my flashlight forward to read my book, but I cann't :'( as the light will not leave my flashlight. But turning around I can use it, as the photons will do 2 x 300.000 km / sec away from me, but off course only 300.000 through space. I should think that a differens apply with any speed of light in any medium. If not,: The light should keep pace in an expading universe (seen as a moving medium). That said I enjoy your know how and sharing.
@@svendhansen5427 second postulate - speed of light in vacuum is same for all (even for an observer travelling at high speeds). So in your example the light will travel forward and backward at same speed. Normal ideas of velocity transformation don't apply to light speed
Sir why did n't u use velocity transformation instead of inverse velocity transformation
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There is an assumption at the beginning that the speed of light in the medium and the refractive index are relative to the medium's frame of reference S'. Where does that come from? Why not to the observer? I don't see it as prooved.
Sir ,, Can you please clarify the derivation of this formula : *m = m0 / (1- v^2/c^2)^1/2* i.e., Relativistic mass formula ... Please sir make a video on this
I SUGGEST HAVING A LOOK AT THE FIRST PART OF MY THEORY AND MY FIRST FORMULA WHICH DETERMINES A LINEAR VELOCITY OF...6.3 TIMES GREATER THAN THE SPEED OF LIGHT, ETC. AND I TOLD WHERE OUR MEASURED CONSTANTS ARE ROOTED IN. We need to change the concept of matter that makes us imprisoned by all kinds of impressions and especially by accepting the vacuum illusion which it has been sitting comfortably in it
Sir what happen if any particles break the relativity law and exceed the speed of light..??????. Means I know it's not possible but if I'm in a different universe, where this can be possible then what happen to the mass, length and time parameters in this case..... Sir plz explain if possible..it's a big request🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏
Relativistic Doppler Effect ► th-cam.com/video/d6ieu0Z8gAo/w-d-xo.html
hello, would you be so kind to tell how did you put n outside the bracket? it is impossible-please show the method of simplification. I might be wrong!
omg i was thinking about this and you post a video in this topic. what a coincience!
HEYYYY! Alright! This is the answer to my comment question from yesterday. Thanks, brother.
Better than most professors I ever had. Keep doing this please, I love your work
I haven't seen a professor solve so elegantly since Flammable Maths started his channel
Sir your teaching technique is just awesome.
Sir you are one of my favorite teacher
This channel is gold mine for physics lover
Also do a video on why no rigid body are possible due to special relativity
Something new i have learned..😊
Thankyou
Exactly what I was looking for. Great video!
Love from Kolkata ❤️
Thank you so much for your excellent explanation of relativity.
Thank you
Sir explain which reduces the speed of light while travelling in denser medium . Consider my request sir
Light cannot exits without speed c in anywhere(air or any medium) but when it incident on a medium then superposition of the transmitted ray and incident ray propagates in the medium and a phase change occurs in the transmitted ray so the phase velocity changes only.
Second law of thermodynamics state that entropy always increase. So how can we explain in the situation of fall object?? Is object place on top use to have High entropy than ground???how can we explain with higher disorder and Lower disorder in this situation.???please answer my questions
As per my understanding , the disorder in a system is related with its energy states. For the situation you have given, consider the system/object has two energy states (for simplicity) one at height and second near the ground. Now when the object falls to the ground its previous energy state is loss hence entropy increased. It wont attain the same energy state until some external work is done on it (energy provided to system). Hence for an isolated system entropy always increases.
You may also wonder what if this body is connected to a spring/or moving like a yoyo similar situation happens there as well. If no external work is done on the system its amplitude reduces at each round trip hence it also loses its energy states at each round trip.
hope this clarifies your doubt.
Thanks sir 😊🙏🙏
Can you please take a video of solved previous year questions of csir net
Pls keep it thx
Nice explanation, but i have a doubt about the direction of photon. Does direction of photon with respect to the medium matter or not?
It matters. In case of inclined direction along xy plane lets suppose, find velocity components along x and y axis. Apply velocity transformation on both components and then obtain the final magnitude from there.
@@FortheLoveofPhysics thanks, I got my point.
@@FortheLoveofPhysics
I have a hard time agreeing to your conclutions. Stupid as I am.
Presuming I sit in a medium, like on the backseat of a rocket at the speed of light and shine my flashlight forward to read my book, but I cann't :'( as the light will not leave my flashlight.
But turning around I can use it, as the photons will do 2 x 300.000 km / sec away from me, but off course only 300.000 through space.
I should think that a differens apply with any speed of light in any medium.
If not,: The light should keep pace in an expading universe (seen as a moving medium). That said I enjoy your know how and sharing.
@@svendhansen5427 second postulate - speed of light in vacuum is same for all (even for an observer travelling at high speeds). So in your example the light will travel forward and backward at same speed. Normal ideas of velocity transformation don't apply to light speed
@@svendhansen5427you can't travel ar the speed of light. Watch previous video on this series.
Sir why did n't u use velocity transformation instead of inverse velocity transformation
There is an assumption at the beginning that the speed of light in the medium and the refractive index are relative to the medium's frame of reference S'. Where does that come from? Why not to the observer? I don't see it as prooved.
Sir ,, Can you please clarify the derivation of this formula : *m = m0 / (1- v^2/c^2)^1/2* i.e., Relativistic mass formula ...
Please sir make a video on this
Will do
Thanks sir 🙏
Is it the topic dragging of light by moving medium..i am bit confused
I SUGGEST HAVING A LOOK AT THE FIRST PART OF MY THEORY AND MY FIRST FORMULA WHICH DETERMINES A LINEAR VELOCITY OF...6.3 TIMES GREATER THAN THE SPEED OF LIGHT, ETC. AND I TOLD WHERE OUR MEASURED CONSTANTS ARE ROOTED IN. We need to change the concept of matter that makes us imprisoned by all kinds of impressions and especially by accepting the vacuum illusion which it has been sitting comfortably in it
Sir what happen if any particles break the relativity law and exceed the speed of light..??????. Means I know it's not possible but if I'm in a different universe, where this can be possible then what happen to the mass, length and time parameters in this case..... Sir plz explain if possible..it's a big request🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏
In that universe that other particle's speed would the ultimate speed of that universe
Sir where r u from;?
Use it with number.
Suddenly you came from a celestial body...iam thinking....
.