A Martian leaves Mars in a spaceship that is heading to Venus. On the way, the spaceship passes earth with a speed v = 0.76c relative it. Assume that the three planets do not move relative to each other during the trip. The distance between Mars and Venus is 1.20 x 1011 m, as measured by a person on earth. (a) What does the Martian measure for the distance between Mars and Venus? L = i (b) What is the time of the trip (in seconds) as measured by the Martian? Ato = i
A Martian leaves Mars in a spaceship that is heading to Venus. On the way, the spaceship passes earth with a speed v = 0.76c relative it. Assume that the three planets do not move relative to each other during the trip. The distance between Mars and Venus is 1.20 x 1011 m, as measured by a person on earth. (a) What does the Martian measure for the distance between Mars and Venus? L = i (b) What is the time of the trip (in seconds) as measured by the Martian? Ato = i
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Transcribed Image Text:A Martian leaves Mars in a spaceship that is heading to Venus. On the way, the spaceship passes earth with a speed v = 0.76c relative to
it. Assume that the three planets do not move relative to each other during the trip. The distance between Mars and Venus is
1.20 × 10¹¹ m, as measured by a person on earth.
(a) What does the Martian measure for the distance between Mars and Venus?
L =
(b) What is the time of the trip (in seconds) as measured by the Martian?
Δto = i
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