3. Michael Jordan, formerly of the Chicago Bulls basketball team, has some fanatic fans. They claim that he is able to jump and remain in the air for two full seconds from launch to landing. a. Calculate the maximum height that a 2-sec jump would attain. Is this a realistic jump? b. At the moment his feet leave the ground, how fast is he traveling? c. Draw a position-time, velocity-time, and acceleration-time graphs of Michael Jordan's jump. Describe how your coordinate system (origin, x-axis, y-axis) is oriented. These graphs need to be lined up vertically (axes are below). Place numbers on the vertical and horizontal axes.

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3. Michael Jordan, formerly of the Chicago Bulls basketball team, has some fanatic fans. They claim that
he is able to jump and remain in the air for two full seconds from launch to landing.
a. Calculate the maximum height that a 2-sec jump would attain. Is this a realistic jump?
b. At the moment his feet leave the ground, how fast is he traveling?
c. Draw a position-time, velocity-time, and acceleration-time graphs of Michael Jordan's jump.
Describe how your coordinate system (origin, x-axis, y-axis) is oriented. These graphs need to be
lined up vertically (axes are below). Place numbers on the vertical and horizontal axes.
Transcribed Image Text:3. Michael Jordan, formerly of the Chicago Bulls basketball team, has some fanatic fans. They claim that he is able to jump and remain in the air for two full seconds from launch to landing. a. Calculate the maximum height that a 2-sec jump would attain. Is this a realistic jump? b. At the moment his feet leave the ground, how fast is he traveling? c. Draw a position-time, velocity-time, and acceleration-time graphs of Michael Jordan's jump. Describe how your coordinate system (origin, x-axis, y-axis) is oriented. These graphs need to be lined up vertically (axes are below). Place numbers on the vertical and horizontal axes.
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