Are there surfaces in which clocks in two different inertial frames agree?
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Hey Mate
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The distance between two photons traveling along the xx-axis of an inertial frame, SS, is always ll. Show that in a second inertial frame, S′S′, moving at constant speed V=βcV=βc along the xx-axis, the separation between them is given by:
Δx′=l(1+β1−β)1/2
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The distance between two photons traveling along the xx-axis of an inertial frame, SS, is always ll. Show that in a second inertial frame, S′S′, moving at constant speed V=βcV=βc along the xx-axis, the separation between them is given by:
Δx′=l(1+β1−β)1/2
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Hello Friend..❤️❤️
The answer of u r question is..✌️✌️
ARE THERE SURFACES IN WHICH CLOCKS IN TWO DIFFERENT INERTIAL FRAMES AGREE??
Ans:✍️✍️✍️✍️✍️✍️✍️✍️✍️✍️✍️
The distance between two photons travelling along the x-axis of an inertial frame assesses is always to show that in a moving second inertial frame is moving at a constant speed .
Thank you..⭐️⭐️⭐️
The answer of u r question is..✌️✌️
ARE THERE SURFACES IN WHICH CLOCKS IN TWO DIFFERENT INERTIAL FRAMES AGREE??
Ans:✍️✍️✍️✍️✍️✍️✍️✍️✍️✍️✍️
The distance between two photons travelling along the x-axis of an inertial frame assesses is always to show that in a moving second inertial frame is moving at a constant speed .
Thank you..⭐️⭐️⭐️
Anonymous:
thank you thrisha ✌
^_^
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