ate estion for future reference "sity = 8.90 x 10-4 Pas, density = 1.00 x100kg/m) flows along the pipe shown in the diag

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Ate Estion For Future Reference Sity 8 90 X 10 4 Pas Density 1 00 X100kg M Flows Along The Pipe Shown In The Diag 1 (40.11 KiB) Viewed 13 times

ate estion for future reference "sity = 8.90 x 10-4 Pas, density = 1.00 x100kg/m) flows along the pipe shown in the diagram, the diagram is not to scale. The first pipe (at the top) has a radius, R = 0.5960 m and the of 1.00 second pipe (at the bottom) has a radius, 12 = 0.2650 m. Water in the first pipe has a pressure of P, = 1.122 atm and flows at a speed of V1 = 0.3630 ms. The height difference, n, between the two pipes is 11 m. estion RA h r2 What is the speed of water along the second pipe? ms-1 Check 1 to of 1.00 motion What is the pressure of water in the second pipe? atm Check 2 ote tof 1.00 What is the rate at which the water loses gravitational potential energy? w sestion Check