Someone standing on a hillside throws a ball up a hill with an initial speed of 11.0 m/s. The hill has a slope of 0 = 17° with respect to the horizontal, and they throw the ball at an angle of = 23° above the slope of the hill. How far away from the person will the ball land, L, in m? Answers within 3% of the true answer will be considered correct. Attach your work for full marks. Ꮎ L
Someone standing on a hillside throws a ball up a hill with an initial speed of 11.0 m/s. The hill has a slope of 0 = 17° with respect to the horizontal, and they throw the ball at an angle of = 23° above the slope of the hill. How far away from the person will the ball land, L, in m? Answers within 3% of the true answer will be considered correct. Attach your work for full marks. Ꮎ L
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![Someone standing on a hillside throws a ball up a hill with an initial speed of 11.0
m/s. The hill has a slope of 0 = 17° with respect to the horizontal, and they throw the
ball at an angle of = 23° above the slope of the hill. How far away from the person
will the ball land, L, in m?
Answers within 3% of the true answer will be considered correct. Attach your work
for full marks.
Ꮎ
L](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F5da848e1-68a9-419d-94d6-a38d8e94e393%2F9d04941f-93a8-49e5-8d53-dd987f799de6%2Fprtktix_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Someone standing on a hillside throws a ball up a hill with an initial speed of 11.0
m/s. The hill has a slope of 0 = 17° with respect to the horizontal, and they throw the
ball at an angle of = 23° above the slope of the hill. How far away from the person
will the ball land, L, in m?
Answers within 3% of the true answer will be considered correct. Attach your work
for full marks.
Ꮎ
L
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