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Find the time (in years) (as measured by clock at rest on a rocket) taken by a rocket to reach a distant star and return to the earth with a constant velocity
if the distant of the star is 4 light years.
if the distant of the star is 4 light years.
Correct answer is '0.08'. Can you explain this answer?
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Verified Answer
Find the time (in years) (as measured by clock at rest on a rocket) ta...
Here 
Distance of the star from the earth = 4 light years.
Total distance travelled by the rocket = 8 light years.
Time taken by the rocket to travel 8 light years as measured by a clock on the earth is given by
Let t0 be the time measured by the clock on the rocket, we have
Putting the values of t and v2 / c2, we have
= 0.08 years.
Distance of the star from the earth = 4 light years.
Total distance travelled by the rocket = 8 light years.
Time taken by the rocket to travel 8 light years as measured by a clock on the earth is given by
Let t0 be the time measured by the clock on the rocket, we have
Putting the values of t and v2 / c2, we have
= 0.08 years.
Most Upvoted Answer
Find the time (in years) (as measured by clock at rest on a rocket) ta...
Here 
Distance of the star from the earth = 4 light years.
Total distance travelled by the rocket = 8 light years.
Time taken by the rocket to travel 8 light years as measured by a clock on the earth is given by
Let t0 be the time measured by the clock on the rocket, we have
Putting the values of t and v2 / c2, we have
= 0.08 years.
Distance of the star from the earth = 4 light years.
Total distance travelled by the rocket = 8 light years.
Time taken by the rocket to travel 8 light years as measured by a clock on the earth is given by
Let t0 be the time measured by the clock on the rocket, we have
Putting the values of t and v2 / c2, we have
= 0.08 years.
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Find the time (in years) (as measured by clock at rest on a rocket) taken by a rocket to reach a distant star and return to the earth with a constant velocityif the distant of the star is 4 light years.Correct answer is '0.08'. Can you explain this answer?
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Find the time (in years) (as measured by clock at rest on a rocket) taken by a rocket to reach a distant star and return to the earth with a constant velocityif the distant of the star is 4 light years.Correct answer is '0.08'. Can you explain this answer? for Physics 2024 is part of Physics preparation. The Question and answers have been prepared according to the Physics exam syllabus. Information about Find the time (in years) (as measured by clock at rest on a rocket) taken by a rocket to reach a distant star and return to the earth with a constant velocityif the distant of the star is 4 light years.Correct answer is '0.08'. Can you explain this answer? covers all topics & solutions for Physics 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for Find the time (in years) (as measured by clock at rest on a rocket) taken by a rocket to reach a distant star and return to the earth with a constant velocityif the distant of the star is 4 light years.Correct answer is '0.08'. Can you explain this answer?.
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