Q1. (problem 2/71 from book) A team of engineering students is designing a catapult to launch a small ball from point A so that it lands in the box B, as shown in figure below. If it is known that the initial velocity vector makes a 30 degree angle with the horizontal, determine the range of launch speed v0 for which the ball will land inside the box. (Hint: these are the speeds that result in hitting the top left and top right corners of the box.) 300 200 mm mm 30° Вох В 600 to mm 3.5 m

College Physics
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Chapter1: Units, Trigonometry. And Vectors
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Q1. (problem 2/71 from book) A team of engineering students is designing a catapult to launch a
small ball from point A so that it lands in the box B, as shown in figure below. If it is known that
the initial velocity vector makes a 30 degree angle with the horizontal, determine the range of
launch speed v0 for which the ball will land inside the box. (Hint: these are the speeds that result
in hitting the top left and top right corners of the box.)
300
200
mm
mm
´30°
Вох В
600
mm
-3.5 m
Transcribed Image Text:Q1. (problem 2/71 from book) A team of engineering students is designing a catapult to launch a small ball from point A so that it lands in the box B, as shown in figure below. If it is known that the initial velocity vector makes a 30 degree angle with the horizontal, determine the range of launch speed v0 for which the ball will land inside the box. (Hint: these are the speeds that result in hitting the top left and top right corners of the box.) 300 200 mm mm ´30° Вох В 600 mm -3.5 m
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