1. Which statement is false?➡A. When kicking a ball, our horizontalvelocity impacts the flight time of the ball➡B. When kicking a ball, our vertical velocityimpacts the flight time of the ball➡ C. When kicking a ball, vertical velocity willequal 0 at the peak of the trajectory➡D. When kicking a ball, displacement isimpacted by horizontal velocity2. Which statement is correct?➡A. An example anatomical descriptor is theangle between a shank segment and thegroundB. An example anatomical descriptor is theheight of our hip relative to the ground➡ C. An example global descriptor is theangle between a hip segment and a fixedplane➡ D. An example global descriptor is theangle between a hip segment and a shanksegment

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Description: 1. Which statement is false?➡A. When kicking a ball, our horizontalvelocity impacts the flight time of the ball➡B. When kicking a ball, our vertical velocityimpacts the flight time of the ball➡ C. When kicking a ball, vertical velocity willequal 0 a

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1. Which statement is false? ➡ A. When kicking a ball, our horizontal velocity impacts the flight time of the ball ➡ B. When kicking a ball, our vertical velocity impacts the flight time of the ball ➡ C. When kicking a ball, vertical velocity will equal 0 at the peak of the trajectory ➡D. When kicking a ball, displacement is impacted by horizontal velocity

1. Which statement is false? ➡ A. When kicking a ball, our horizontal velocity impacts the flight time of the ball ➡ B. When kicking a ball, our vertical velocity impacts the flight time of the ball ➡ C. When kicking a ball, vertical velocity will equal 0 at the peak of the trajectory ➡D. When kicking a ball, displacement is impacted by horizontal velocity

Physics for Scientists and Engineers, Technology Update (No access codes included)

9th Edition

ISBN:9781305116399

Author:Raymond A. Serway, John W. Jewett

Publisher:Raymond A. Serway, John W. Jewett

Chapter4: Motion In Two Dimensions

Section: Chapter Questions

Problem 4.1OQ: Figure OQ4.1 shows a bird's-eye view of a car going around a highway curve. As the car moves from...

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