A (yet-to-be-built) spacecraft starts from Earth moving at constant speed to (yet-to-be-discovered) planet Retah, which is 25.2 lt · h away from Earth. It takes 50.4h (according to an Earth observer) for the spacecraft to reach this planet. [A lt-h is a light-hour.] Assuming the clocks are synchronized beginning of the journey, what is the time elapsed in the spacecraft’s proper frame of reference for this one-way journey? Answer in units of h.
A (yet-to-be-built) spacecraft starts from Earth moving at constant
speed to (yet-to-be-discovered) planet Retah, which is 25.2 lt · h away from Earth. It takes 50.4h (according to an Earth observer) for the spacecraft to reach this planet. [A lt-h is a light-hour.] Assuming the clocks are synchronized beginning of the journey, what is the time elapsed in the spacecraft’s proper frame of reference for this one-way journey? Answer in units of h.
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The post A (yet-to-be-built) spacecraft starts from Earth moving at constant speed to (yet-to-be-discovered) planet Retah, which is 25.2 lt · h away from Earth. It takes 50.4h (according to an Earth observer) for the spacecraft to reach this planet. [A lt-h is a light-hour.] Assuming the clocks are synchronized beginning of the journey, what is the time elapsed in the spacecraft’s proper frame of reference for this one-way journey? Answer in units of h. appeared first on Superb Professors.
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