Yes this is the video that explain the logic under the time dilation. I have spent a lot of time to understand until this video. Really many thanks for it.
Best explanation of Time Dilation on TH-cam. For those who are looking to understand how the actual equation was derived from this this video does an amazing job!
+Maru Nya I'd love to do more live lessons, but time is always the problem. Also, there will be changes to the Higher course for next year, so it might be best for me to wait to see what they are. I'll still be producing other videos though - past paper solutions and some practical ones as well as lesson videos.
The person on the rocket and the person who is stationary are both in an inertial reference frame. I thought it was acceleration and deceleration or high gravity that slows down all physical activity including clocks and ageing in such a way that it is easier just to say it slows down time.
What you're explaining is General relativity. Special relativity concerns inertial reference frames moving towards/away from each other with a constant velocity approaching the speed of light.
When I suppose a rocket traveling at (3/5) the speed of light, I get t=1.25t°, meaning that if I plug in t=10sec, I get t°=8sec, meaning that the clock on earth will span 8 seconds while the clock on the rocket will span 10 seconds, exactly the inverse!! Where's my mistake? Thank you
@@MrSmithsPhysicsonline I finally figured it out! At 3/5 the speed of light, I get T=1.25T°, meaning that for each second span in the rocket clock (seen from earth), I get 1.25 seconds in the inertial clock! I was interpreting it all wrong! Thanks!
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Yes this is the video that explain the logic under the time dilation. I have spent a lot of time to understand until this video. Really many thanks for it.
Glad it was helpful!
Best explanation of Time Dilation on TH-cam. For those who are looking to understand how the actual equation was derived from this this video does an amazing job!
Thank you for the nice comment - glad you found the video helpful!
so much easier to understand with pythagorean theorem , thanks a lot mister!
You are welcome!
Nice and easy explanation thanks
Thank you! Glad you found it useful.
Thank you so much sir, you saved my time❤️❤️❤️
So glad that you found it helpful.
Tysm! Are you planning to do another LIVE higher revision session again?
+Maru Nya I'd love to do more live lessons, but time is always the problem. Also, there will be changes to the Higher course for next year, so it might be best for me to wait to see what they are. I'll still be producing other videos though - past paper solutions and some practical ones as well as lesson videos.
The person on the rocket and the person who is stationary are both in an inertial reference frame. I thought it was acceleration and deceleration or high gravity that slows down all physical activity including clocks and ageing in such a way that it is easier just to say it slows down time.
What you're explaining is General relativity. Special relativity concerns inertial reference frames moving towards/away from each other with a constant velocity approaching the speed of light.
Have you done a video on p-n junctions if not can you do one please
+Shahroiz Ali this is going to be my next video - hopefully out in a week or two.
First of 3 videos on semiconductors was released yesterday!
Thanks really helpful
Thank you - glad you're finding them useful. All the best!
Very useful thank you!
Glad you liked it!
Very helpfull
Thank you!
When I suppose a rocket traveling at (3/5) the speed of light, I get t=1.25t°, meaning that if I plug in t=10sec, I get t°=8sec, meaning that the clock on earth will span 8 seconds while the clock on the rocket will span 10 seconds, exactly the inverse!! Where's my mistake? Thank you
I'd need to see your working to find the mistake.
@@MrSmithsPhysicsonline I finally figured it out! At 3/5 the speed of light, I get T=1.25T°, meaning that for each second span in the rocket clock (seen from earth), I get 1.25 seconds in the inertial clock! I was interpreting it all wrong! Thanks!