At x = x′ = 0 and t = t′ = 0 a clock ticks aboard an extremely fast spaceship moving past us in the +x- direction with a Lorentz factor of 100 so v ≈ c. The captain hears the clock tick again 1.00 s later. Where and when do we measure the second tick to occur?
At x = x′ = 0 and t = t′ = 0 a clock ticks aboard an extremely fast spaceship moving past us in the +x- direction with a Lorentz factor of 100 so v ≈ c. The captain hears the clock tick again 1.00 s later. Where and when do we measure the second tick to occur?
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At x = x′ = 0 and t = t′ = 0 a clock ticks aboard an extremely fast spaceship moving past us in the +x- direction with a Lorentz factor of 100 so v ≈ c. The captain hears the clock tick again 1.00 s later. Where and when do we measure the second tick to occur?
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