- #1
Amit Shukla
- 1
- 0
Hello everyone ,
While studying Special Theory of Relativity , I got stucked with a conceptual problem and need
a satisfying answer desperately . My question is - if there are two observers A and B ...A stays
on the Earth B goes in the empty space with the speed say 0.7c . A will measure that B's clock
runs slowly but what B will measure for A's clock ..will it be slower or faster . What I think , that this situation is symmetrical , B in his reference frame sees A moves with the same speed ,so his clock would also runs slower ... I know this problem points out the Twins Paradox Problem ... and both of them challenges my ability to grasp this subject ...Please anyone with
suitable explanation provide me the solution ...Thanks ..!
While studying Special Theory of Relativity , I got stucked with a conceptual problem and need
a satisfying answer desperately . My question is - if there are two observers A and B ...A stays
on the Earth B goes in the empty space with the speed say 0.7c . A will measure that B's clock
runs slowly but what B will measure for A's clock ..will it be slower or faster . What I think , that this situation is symmetrical , B in his reference frame sees A moves with the same speed ,so his clock would also runs slower ... I know this problem points out the Twins Paradox Problem ... and both of them challenges my ability to grasp this subject ...Please anyone with
suitable explanation provide me the solution ...Thanks ..!