How would you solve part c? This is my extra practice, non graded homework assignment. 12. Gas flows through a pipe. You can't see into the pipeto know how the inner diameter changes. Rank inorder, from largest to smallest, the gas speeds v₁ toV3 at points am 2, and 3.Rank:voyExplanation:s herito gnirbyer of animATALASNEP= pgh1.35X10-416/0(a) Calculate the speed of the water in the pipe at point A.A₁ V₁ = A ₂ V ₂-(8) A and L2,5X10 m142#2F(2.5x10-4) ² v₁ = (1.35x10-4)² (11.3)(b) Calculate the absolute water pressure in the pipe at point A.P=18134 PaBPUTE6.25e-8 V₁ = 2.059 e-70.83 my biu.00 (dupav₁ = 3.29508 m/s***highAn underground pipe carries water of density 1000 kg/m³ to a fountain at ground level, as shown above. At point A,0.830 m below ground level, the pipe has a cross-sectional area of 2.50 x 104 m². At ground level, the pipe has a cross-sectional area of 1.35 x 104 m². The water leaves the pipe at point B at a speed of 11.3 m/s.05/(C) (/A and Ltime is dire2******Asb 225.Gas*******MENin a closep= 1000 (9.8) (0.83)(c) Calculate the maximum height above the ground that the water reaches upon leaving the pipe vertically at groundlevel, assuming air resistance is negligible. (Ca(D) P/3 and VSchole) (C)3om weh Jab ed: no (n)30 VEN1978the centaines depends199206 10 by viijzulnedi 1916 10voirs of temperatures T, and To Theonal to nowens huby viidzul(E)√4 and L

Name: How would you solve part c? This is my extra practice, non graded home
Uploaded: 2024-03-20T06:51:10.000Z
Channel: Bartleby
Description: How would you solve part c? This is my extra practice, non graded homework assignment. 12. Gas flows through a pipe. You can't see into the pipeto know how the inner diameter changes. Rank inorder, from largest to smallest, the gas speeds v₁ toV3 at