Question

You plan to travel at constant speed in a 1000 kg rocket ship
(a liste over a ton), which, in reality, is far too small for this purpose. In each case that follows, calculate the time for the trip, as
measured by people on earth and by astronauts in the rocket ship, the energy needed in joules, and the energy needed as a
percent of U.S. yearly use (which is 1.0 x 1020 J). For comparison, arrange your results in a table showing Vrocket, tearth, trocket,
Ein J), and E (as % of U.S. use). The rocket ship's speed is (a) 0.50C, (b) 0.99C, and (C) 0.99990. On the basis of your results,
does it seem likely that any goverment will invest in such high-speed space travel any time soon?
DEA
Elutonium cyn is the rest mass of the products of the explosion is less than the​

Answer 1

Answer:

a liste over a ton), which, in reality, is far too small for this purpose. In each case that follows, calculate the time for the trip, as

measured by people on earth and by astronauts in the rocket ship, the energy needed in joules, and the energy needed as a

percent of U.S. yearly use (which is 1.0 x 1020 J). For comparison, arrange your results in a table showing Vrocket, tearth, trocket,

Ein J), and E (as % of U.S. use). The rocket ship's speed is (a) 0.50C, (b) 0.99C, and (C) 0.99990. On the basis of your results,

does it seem likely that any goverment will invest in such high-speed space travel any time soon?

DEA

Elutonium cyn is the rest mass of the products of the explosion is less than

Answer 2

Explanation:

in the rocket ship, the energy needed in joules, and the energy needed as a

percent of U.S. yearly use (which is 1.0 x 1020 J). For comparison, arrange your results in a table showing Vrocket, tearth, trocket,

Ein J), and E (as % of U.S. use). The rocket ship's speed is (a) 0.50C, (b) 0.99C, and (C) 0.99990. On the basis of your results,