7. Earth's gravity (at sea level) moves a 1000 kg object through a distance of 1 km, performing work equal to 2.539 × 106 Joules. Determine the angular distance be- tween the direction of the gravitational force and the direction of the object's move- ment. Express your answer in degrees.
7. Earth's gravity (at sea level) moves a 1000 kg object through a distance of 1 km, performing work equal to 2.539 × 106 Joules. Determine the angular distance be- tween the direction of the gravitational force and the direction of the object's move- ment. Express your answer in degrees.
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![7. Earth's gravity (at sea level) moves a 1000 kg object through a distance of 1 km,
performing work equal to 2.539 × 106 Joules. Determine the angular distance be-
tween the direction of the gravitational force and the direction of the object's move-
ment. Express your answer in degrees.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fd81762bb-f20f-431b-8ad2-1cfedeffd7d6%2F45153d16-3149-4bb0-ab59-bc39b055aa4f%2F3825efr_processed.png&w=3840&q=75)
Transcribed Image Text:7. Earth's gravity (at sea level) moves a 1000 kg object through a distance of 1 km,
performing work equal to 2.539 × 106 Joules. Determine the angular distance be-
tween the direction of the gravitational force and the direction of the object's move-
ment. Express your answer in degrees.
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