A tennis ball is thrown upward at an angle from point A. It follows a parabolic trajectory and hits the ground at point D. At the instantshown, the ball is at point B. Point C represents the highest position of the ball above the ground....While in flight, how do the x and y components of the velocity vector of the ball compare at the points B and C?A) The x component is larger at C than at B; the y component at B points up while at C, it points downward.BThe x components are the same; the y component has a larger magnitude at C than at B.The velocity components are non-zero at B and zero at C.D) The x components are the same; the y component at C is zero m/s. The diagram below presents the position and elapsed time of a motorbike that starts from rest and accelerates at a constant rate.0 s1s2s3.s4 s5 s...0m 2 m8 m18 m32 m50 mWhat is the average velocity of the motorbike during first 5 s?A10 m/sBO m/s5 m/sD) 15 m/s

1) A trajectory of a tennis ball is as shown in the figure.

A tennis ball is thrown upward at an angle from point A. It follows a parabolic trajectory and hits the ground at point D. At the instant shown, the ball is at point B. Point C represents the highest position of the ball above the ground. ... While in flight, how do the x and y components of the velocity vector of the ball compare at the points B and C? A The x component is larger at C than at B; the y component at B points up while at C, it points downward. The x components are the same; the y component has a larger magnitude at C than at B. The velocity components are non-zero at B and zero at C. The x components are the same; the y component at C is zero m/s.

A tennis ball is thrown upward at an angle from point A. It follows a parabolic trajectory and hits the ground at point D. At the instant shown, the ball is at point B. Point C represents the highest position of the ball above the ground. ... While in flight, how do the x and y components of the velocity vector of the ball compare at the points B and C? A The x component is larger at C than at B; the y component at B points up while at C, it points downward. The x components are the same; the y component has a larger magnitude at C than at B. The velocity components are non-zero at B and zero at C. The x components are the same; the y component at C is zero m/s.

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 4.60AP: A basketball player is standing on the floor 10.0 m from the basket as in Figure P4.60. The height...

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