Find Part D and E Given: A bail of mass I kg is released from rest at A. and rolls down aquarter cirole .until point B. The ball leaves point B with ahorizantal velocity VB and undergoes projectile motion; At peirnt cthe player nits' the ball with å force of 1000 N, 45° abovethe harizantal and the point of impoct lasts ť = 0,005 secnds.Famoring air resistance and assuming the work done by trictionfrom A to B is -20 J.Find:o) work dane by greavity on ballb) Net work done by all farces onthe boll from A-BC) VBDI velocity at CE) nitial /final linear mamentunmF) Time it takes ball to reach ployerG) time it takes boll to reach groandafter C.A5mvề5mPoint of impactセー0.005 sar)

Answered: Image /qna-images/answer/bc10cd07-1938-49ee-838b-a0d994be06c6.jpg

Given: A ball of moss I kg is released from rest at A. and rolls down a quarter cirole .until point B. The ball leaves po'int B mith a horizartal velocity vB and undergoes projectile motion; At pairnt c the player hits' the ball with å force of 1000 N,45° above +he harizantal and the point of impoot lasts t = 0.005 Secands. Tmoring air resistance and assuming the work done by friction from A to B is -20 J. Find:0) wock dane by gravity on bal b) Net work done by all farces on the boll from A-B C) VB DI velocity at C E) Mitial /final linear mamentm F) Time it taKes ball to reach player 6) time it takes boll to reach grond after C. 5m B Point of impact t=0.005 isec)

Given: A ball of moss I kg is released from rest at A. and rolls down a quarter cirole .until point B. The ball leaves po'int B mith a horizartal velocity vB and undergoes projectile motion; At pairnt c the player hits' the ball with å force of 1000 N,45° above +he harizantal and the point of impoot lasts t = 0.005 Secands. Tmoring air resistance and assuming the work done by friction from A to B is -20 J. Find:0) wock dane by gravity on bal b) Net work done by all farces on the boll from A-B C) VB DI velocity at C E) Mitial /final linear mamentm F) Time it taKes ball to reach player 6) time it takes boll to reach grond after C. 5m B Point of impact t=0.005 isec)

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

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Concept explainers

Free Body Diagram

The system of forces acting on a body tends to either rotate it or make the body undergo motion. In general, when an external agent exerts a force on a body, the body undergoes translational motion and rotational motion. The body has six degrees of freedom under the influence of that force. Here, three degrees of freedom are from the translational motion while the other three are from the rotation motion. However, sometimes the bodies are not allowed to undergo any motion and are fixed, under such conditions the body is said to be constrained.

Question

Find Part D and E

Given: A bail of mass I kg is released from rest at A. and rolls down a
quarter cirole .until point B. The ball leaves point B with a
horizantal velocity VB and undergoes projectile motion; At peirnt c
the player nits' the ball with å force of 1000 N, 45° above
the harizantal and the point of impoct lasts ť = 0,005 secnds.
Famoring air resistance and assuming the work done by triction
from A to B is -20 J.
Find:o) work dane by greavity on ball
b) Net work done by all farces on
the boll from A-B
C) VB
DI velocity at C
E) nitial /final linear mamentunm
F) Time it takes ball to reach ployer
G) time it takes boll to reach groand
after C.
A
5m
về
5m
Point of impact
セー0.005 sar)

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