There are 3 strategies to solve the turbulent flows in conduits,which are as follows:Case 1Case 2Case 3goalgivengoalgiven- find h,L, D and Q- find Q-h, L and Dgoal- find Dgiven - Q, L and h,For cases 2 and 3, there are direct equations available as follows:For Case 2iterative approach can beavoided sometimes byusing eq as:For Case 3iterative approach can alsobe eliminated sometimesby using eq asQ=-2.22D25 √gh, /Llog +D=0.66 kLO²ghySelect the most appropriate statement.k1.78v3.7D D √gh, IL4.75All the statements are correct.+10%Lgh,3.27000If he is not available, you need to assume h; and then solve thoseequations for Q and D. Once you obtained Q and D, you need tocheck whether that Q and D are correctly assumed or not, if not youneed to re-assume h, until the solution converged.O If h, is available, you can solve those equations for Q and Ddirectly.For Case 1, we can get he directly from Darch-Weishbach eq.

Equations for turbulent flow in a conduit is given. It is needed to determine which of the given…

There are 3 strategies to solve the turbulent flows in conduits, which are as follows: Case 1 Case 2 goal given Case 3 goal given - find h, L, D and Q - find Q -h, Land D goal - find D given - Q. L and h, For cases 2 and 3, there are direct equations available as follows: For Case 2 iterative approach can be avoided sometimes by using eq as: For Case 3 iterative approach can also be eliminated sometimes by using eq as Q=-2.22D2 √gh,/Llog + D=0.66 2 k 1.78v 3.7D Dgh, L 4.75 (20) "* + 10% ( ( gh Select the most appropriate statement. L gh, 327000 O If he is not available, you need to assume he and then solve those equations for Q and D. Once you obtained Q and D, you need to check whether that Q and D are correctly assumed or not, if not you need to re-assume h, until the solution converged. If he is available, you can solve those equations for Q and D directly. O All the statements are correct. O For Case 1, we can get h; directly from Darch-Weishbach eq.

There are 3 strategies to solve the turbulent flows in conduits, which are as follows: Case 1 Case 2 goal given Case 3 goal given - find h, L, D and Q - find Q -h, Land D goal - find D given - Q. L and h, For cases 2 and 3, there are direct equations available as follows: For Case 2 iterative approach can be avoided sometimes by using eq as: For Case 3 iterative approach can also be eliminated sometimes by using eq as Q=-2.22D2 √gh,/Llog + D=0.66 2 k 1.78v 3.7D Dgh, L 4.75 (20) "* + 10% ( ( gh Select the most appropriate statement. L gh, 327000 O If he is not available, you need to assume he and then solve those equations for Q and D. Once you obtained Q and D, you need to check whether that Q and D are correctly assumed or not, if not you need to re-assume h, until the solution converged. If he is available, you can solve those equations for Q and D directly. O All the statements are correct. O For Case 1, we can get h; directly from Darch-Weishbach eq.

Structural Analysis

6th Edition

ISBN:9781337630931

Author:KASSIMALI, Aslam.

Publisher:KASSIMALI, Aslam.

Chapter2: Loads On Structures

Section: Chapter Questions

Problem 1P

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There are 3 strategies to solve the turbulent flows in conduits, which are as follows: goal given - L, D and Q Case 1 - find h, goal given - h, L and D Case 2 - find Q goal given - find D - Q, L and h, Case 3 For cases 2 and 3, there are direct equations available as follows: For Case 2 iterative approach can be avoided sometimes by using eq as: k, -+ 1.78v Q = -2.22D² gh, /L log 3.7D D5 Vgh, IL For Case 3 iterative approach can also be eliminated sometimes by using eq as: 404ר 12 D=0.66 k.2 gh, Select the most appropriate statement. O If h; is not available, you need to assume h; and then solve those equations for Q and D. Once you obtained Q and D, you need to check whether that Q and D are correctly assumed or not, if not you need to re-assume h; until the solution converged. For Case 1, we can get h; directly from Darch-Weishbach eg. O All the statements are correct. O If h; is available, you can solve those equations for Q and D directly.
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