Link of playlist on quantum mechanics in the description box ... And you can ask here you any numerical problem in Quantum mechanics so that i can also add those in this series...
I think I have a good way to illustrate the concept of relativistic addition of velocities. Imagine a rolling wheel with a speed of 50 percent that of light. Now as we know from rolling motion, the top of the wheel moves at twice the speed while the bottom stays at rest assuming no friction. But if the top is twice the speed, it should be 100 percent that of light. But that's impossible. So we must not use normal addition of velocities. We need to use relativistic addition of velocities. Could you check the math and see whether it works out as I am not familiar with the mathematics of special relativity.
@@hazimahmed8713 yes, in special relativity there is special rule of velocity addition by the Lorentz transformation. I will post a video on that in few day's.... Another thing is that the disk will not roll as there is no friction assuming to provide the torque but yes question is worthy...
Yes in the beginning but that doesn't matter after that the audio is clear where i explain all the concepts.... But in the next video i will try to cover this issue
Link of playlist on quantum mechanics in the description box ...
And you can ask here you any numerical problem in Quantum mechanics so that i can also add those in this series...
I think I have a good way to illustrate the concept of relativistic addition of velocities. Imagine a rolling wheel with a speed of 50 percent that of light. Now as we know from rolling motion, the top of the wheel moves at twice the speed while the bottom stays at rest assuming no friction. But if the top is twice the speed, it should be 100 percent that of light. But that's impossible. So we must not use normal addition of velocities. We need to use relativistic addition of velocities. Could you check the math and see whether it works out as I am not familiar with the mathematics of special relativity.
@@hazimahmed8713 yes, in special relativity there is special rule of velocity addition by the Lorentz transformation. I will post a video on that in few day's....
Another thing is that the disk will not roll as there is no friction assuming to provide the torque but yes question is worthy...
Man you are so talented at the 10th
@@Assaultdead thank
brother there is an audio issue
Yes in the beginning but that doesn't matter after that the audio is clear where i explain all the concepts....
But in the next video i will try to cover this issue