An alien spaceship has a mass of m = 3.2 x 10° kg, and accord- ing to the crew on board the bow-to-stern length is lo = 680 m. The ship passes by a space station at relativistic speed, and the technicians on the space station measure the length of the ship to be l = 550 m. What is the kinetic energy of the space %3D ship at this moment? (Hint: you don't need to solve for the ship's speed v in this problem. You only need to work in terms of y.)

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An alien spaceship has a mass of m = 3.2 x 10° kg, and accord-
ing to the crew on board the bow-to-stern length is lo = 680 m.
The ship passes by a space station at relativistic speed, and
the technicians on the space station measure the length of the
ship to be l = 550 m. What is the kinetic energy of the space
%3D
ship at this moment? (Hint: you don't need to solve for the
ship's speed v in this problem. You only need to work in terms
of y.)
Transcribed Image Text:An alien spaceship has a mass of m = 3.2 x 10° kg, and accord- ing to the crew on board the bow-to-stern length is lo = 680 m. The ship passes by a space station at relativistic speed, and the technicians on the space station measure the length of the ship to be l = 550 m. What is the kinetic energy of the space %3D ship at this moment? (Hint: you don't need to solve for the ship's speed v in this problem. You only need to work in terms of y.)
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