The Lunar Cry, the latest satellite launch by UN has a mass of 7.65 x 1036 kg and has a length of 8.96 x 1024 as it was stationed on the Earth. It has a gravity engine that uses cold fusion designed for light speed movement. When it was launched, it went into warp speed. The crew measured the speed to be at 0.75 c accelerating at 4.5 x 10° m/s² , at approximately 80 seconds when it reached its destination, Gliese 581-a. The observers on Earth however, have different results. Compute for its length as it travels at warp speed.
The Lunar Cry, the latest satellite launch by UN has a mass of 7.65 x 1036 kg and has a length of 8.96 x 1024 as it was stationed on the Earth. It has a gravity engine that uses cold fusion designed for light speed movement. When it was launched, it went into warp speed. The crew measured the speed to be at 0.75 c accelerating at 4.5 x 10° m/s² , at approximately 80 seconds when it reached its destination, Gliese 581-a. The observers on Earth however, have different results. Compute for its length as it travels at warp speed.
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
Transcribed Image Text:The Lunar Cry, the latest satellite launch by UN has a
mass of 7.65 x 1036 kg and has a length of 8.96 x
1024 as it was stationed on the Earth. It has a gravity
engine that uses cold fusion designed for light
speed movement. When it was launched, it went
into warp speed. The crew measured the speed to
be at 0.75 c accelerating at 4.5 x 103 m/s² , at
approximately 80 seconds when it reached its
destination, Gliese 581-a. The observers on Earth
however, have different results. Compute for its
length as it travels at warp speed.
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