5. A rock is horizontally thrown from the top of a cliff a height, h, from the surface of Planet Unicorn with a speed, vo. If the top of the of the cliff is a distance, r from the center of the planet and the mass of Planet Unicorn is mp, determine the range of the rock, Ax, in terms of vo, h, r, G, and mp. Hint: Apply projectile motion and gravity defined by a planet's physical properties concepts.
5. A rock is horizontally thrown from the top of a cliff a height, h, from the surface of Planet Unicorn with a speed, vo. If the top of the of the cliff is a distance, r from the center of the planet and the mass of Planet Unicorn is mp, determine the range of the rock, Ax, in terms of vo, h, r, G, and mp. Hint: Apply projectile motion and gravity defined by a planet's physical properties concepts.
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Transcribed Image Text:5. A rock is horizontally thrown from the top of a cliff a height, h, from the surface of Planet
Unicorn with a speed, vo. If the top of the of the cliff is a distance, r from the center of the
planet and the mass of Planet Unicorn is mp, determine the range of the rock, Ax, in terms
of vo, h, r, G, and mp. Hint: Apply projectile motion and gravity defined by a planet's
physical properties concepts.
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