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s kinematics chapter 3kinematics of particlescurvilinear motion rp320 a kayak...

Question: s kinematics chapter 3kinematics of particlescurvilinear motion rp320 a kayak...

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s Kinematics Chapter 3-Kinematics of Particles-Curvilinear Motion RP3-20) A kayak travels from the west bank to the east bank of a river with a constant velocity relative to the river current of vARVAi. If the river current is constant and flowing in the direction shown in the figure, determine the velocity of B. the time it takes the kayak to traverse the river and the distance it ends up landing downstream (d) in terms of vax, vx and D. Given:RVaRi constant ve constant Find: va, t, d as function of (var, ve and D) Solution: Determine the velocity of the boat. Determine the time it takes the boat to cross the river. Determine d 3-92

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