cat is brought by NASA to the moon during a future space mission. After arriving at the lunar surface, the cat is promptly shot out of a cannon at a speed of 100.0 m/s at angle of 35° relative to the horizontal, finally landing in a lunar crater 75.0 m deep. The gravity on the moon is approximately one-sixth that on the Earth. Break the cat’s initial velocity into component form, then organize the given information into: Initial x-position Final x-position Initial x-velocity x-acceleration Initial y-position final y-position initial y-velocity y-acceleration Finally, find the total time of flight and the horizontal displacement of the cat. How would these answers change if the experiment was performed on the Earth?

cat is brought by NASA to the moon during a future space mission. After arriving at the lunar surface, the cat is promptly shot out of a cannon at a speed of 100.0 m/s at angle of 35° relative to the horizontal, finally landing in a lunar crater 75.0 m deep. The gravity on the moon is approximately one-sixth that on the Earth. Break the cat’s initial velocity into component form, then organize the given information into: Initial x-position Final x-position Initial x-velocity x-acceleration Initial y-position final y-position initial y-velocity y-acceleration Finally, find the total time of flight and the horizontal displacement of the cat. How would these answers change if the experiment was performed on the Earth?