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Two observers, A on earth and B in a space- ship traveling 262 Mm/s, start their timers when the spaceship is abreast of the earth. How much time must elapse by A's reekon- ing until the time on the clocks differs by one second? The speed of light is 3 x 10° m/s. Answer in units of s.

Two observers, A on earth and B in a space- ship traveling 262 Mm/s, start their timers when the spaceship is abreast of the earth. How much time must elapse by A's reekon- ing until the time on the clocks differs by one second? The speed of light is 3 x 10° m/s. Answer in units of s.

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Two observers, A on earth and B in a space- ship traveling 262 Mm/s, start their timers when the spaceship is abreast of the earth. How much time must elapse by A's reckon- ing until the time on the clocks differs by one second? The speed of light is 3 x 10° m/s. Answer in units of s.
Transcribed Image Text:Two observers, A on earth and B in a space- ship traveling 262 Mm/s, start their timers when the spaceship is abreast of the earth. How much time must elapse by A's reckon- ing until the time on the clocks differs by one second? The speed of light is 3 x 10° m/s. Answer in units of s.
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