Recent content by Shubh Goel

Thank you! I understood parts of it but i guess i got to study relativity from scratch.

My equation was wrong. Sorry for wasting your time guys. Can someone tell me what is the correct equation for relation between relative time for object traveling at high velocities.

If we move close to speed of light, will the equation work?

I will prefer option 2 please

The first line of post is assuming attaining speed of light is possible and if we just assume that there is no phenomenon of increasing mass with increase in speed, is the theory still valid? I just want to clarify that its not some serious equation. It's just for an ideal world. Can you tell if...

For case B- Conditions: 1. The observer was observing since the time they were in contact. 2. There are only 2 directions for motion: back and forward. 3. Relative velocity is not equal to zero. 4. Bodies are moving away from each other Time difference = t Relative velocity = v Distance between...

Okay.

I don't think we know if we are accelerating or not because there is no right answer. For one frame of reference you are, for one you are not.

Time as we perceive is not a universal constant. It depends on the speed of the bodies and the distance between them.