How far from the earth would you be able to travel in a lifetime of 77 years if you were able to travel at a constant speed of
0.61c?
How far from the earth would you be able to travel in a lifetime of 77...
How much would you age in traveling a distance of 4.75 light years from earth if you were able to travel at a speed of 0.727c?
How much would you age in traveling a distance of 4.66 light years from earth if you were able to travel at a speed of 0.763c? I got 6.11 years but this is not correct.
An object could accelerate continuously at 10.0 m/s2, how far would it travel and how long would it take to reach: (a) the speed of sound, 334 m/s; (b) the escape speed of a rocket from the earth, 11.2 km/s; (c) 10% of the speed of light? Assume it starts from rest
9) An object could accelerate continuously at 10.0 m/s, how far would it travel and how long would it take to reach: (a) the speed of sound, 334 m's. (b) the escape speed of a rocket from the earth, 1 1 .2 km/s; (c) 10% of the speed of light? Assume it starts from rest.
Part A If you were to travel to a star 155 light-years from Earth at a speed of 2.70 x 10 m/s, what would you measure this distance to be? 180 AS - OO ? Submit Request Answer
Light requires 4.5 years to travel from the nearest star to earth. If we could travel there in a spaceship going 90% of the speed of light, the trip would require 5.0 years according to clocks on earth. How much time would pass for the passengers in the ship?
A vessel is launched from Earth, carrying a population of goats at relativistic speed toward a colony on a far away planet. The goats won't breed during spaceflight, and they have an expected lifetime of 15.0 years before they start to die of old age. How far in light years (ly) can the vessel travel, in the reference frame of Earth, before the population of goats begins to die off... if the vessel travels at 0.8450c? if the vessel travels...
You travel in ship 2) You travel in your ship White Star One at a constant speed of v 0.96*c to the nearby star Proxima Centauri, located 4.2 light years away from Earth. a. From your point of view in the ship, how far is the star from the Earth? b. If your mass is 68 kg, what is your kinetic energy while moving with the ship? c. How long does the journey take, according to clocks on your ship?...
For a planet twice as far away from the sun as the Earth, how much lower would its solar constant be?
5. A particle with a ‘proper’ lifetime (i. e. in its own rest frame) of 885. s is traveling towards earth with a speed of v=0.5 c. a. In its own rest frame, how far this particle travel, in m, during one lifetime (885 s)? b. In the earth’s rest frame, how far does the particle travel in 885 s?