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As shown in the figure the particle Ptravels with constant speed v, along the path described by R=b cos 30. Determine the acceleration vector of the particle at point A. -R = b cos 30 Solution Differentiating the expression for R twice, we get

As shown in the figure the particle Ptravels with constant speed v, along the path described by R=b cos 30. Determine the acceleration vector of the particle at point A. -R = b cos 30 Solution Differentiating the expression for R twice, we get

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Sample Problem 13.6 As shown in the figure the particle Ptravels with constant speed v, along the path described by R =b cos 30. Determine the acceleration vector of the particle at point A. -R= h cos 30 A Solution Differentiating the expression for R twice, we get
Transcribed Image Text:Sample Problem 13.6 As shown in the figure the particle Ptravels with constant speed v, along the path described by R =b cos 30. Determine the acceleration vector of the particle at point A. -R= h cos 30 A Solution Differentiating the expression for R twice, we get
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