Question 17A river narrows at the rapids from a width of 12 m to a width of only 6 m. The depth of the river before the rapid is 3 m, the depth of the rapids is 1 m. Using the equation of continuity, find the speed of the river in the rapids. Assume the water flow 1 m/s before the rapids. Supply numerical answer 17) A river narrows at the rapids from awidth of 12 m to a width of only 6 m. Thedepth of the river before the rapid is 3 m,the depth of the rapids is 1 m. Using theequation of continuity, find the speed of theriver in the rapids. Assume the water flow 1m/s before the rapids.Supply numerical answer

Width before rapid (W) = 12 m Width after rapid (w) = 6 m Depth before rapid (D) = 3 m Depth after…

Answered: A river narrows at the rapids from a…

Classical Dynamics of Particles and Systems

5th Edition

ISBN:9780534408961

Author:Stephen T. Thornton, Jerry B. Marion

Publisher:Stephen T. Thornton, Jerry B. Marion

Chapter10: Motion In A Noninertial Reference Frame

Section: Chapter Questions

Problem 10.21P

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Question 17 A river narrows at the rapids from a width of 12 m to a width of only 6 m. The depth of the river before the rapid is 3 m, the depth of the rapids is 1 m. Using the equation of continuity, find the speed of the river in the rapids. Assume the water flow 1 m/s before the rapids. Supply numerical answer

17) A river narrows at the rapids from a
width of 12 m to a width of only 6 m. The
depth of the river before the rapid is 3 m,
the depth of the rapids is 1 m. Using the
equation of continuity, find the speed of the
river in the rapids. Assume the water flow 1
m/s before the rapids.
Supply numerical answer

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