The Manning equation for a rectangular open channel can be expressed as follow, √S (BH) 5/3 n (B + 2H)2/3 Q Where Q is the volume flow rate [m³/s], S is the slope [m/m], H is depth [m], and n is the Manning roughness coefficient. Determine the depth H, for Q = 5, S = 0.0002, B = 20, and n = 0.03. Use Newton-Raphson method with an initial guess of 1m and perform three iterations. Find the number of significant digits at least correct at the end of each iteration.
The Manning equation for a rectangular open channel can be expressed as follow, √S (BH) 5/3 n (B + 2H)2/3 Q Where Q is the volume flow rate [m³/s], S is the slope [m/m], H is depth [m], and n is the Manning roughness coefficient. Determine the depth H, for Q = 5, S = 0.0002, B = 20, and n = 0.03. Use Newton-Raphson method with an initial guess of 1m and perform three iterations. Find the number of significant digits at least correct at the end of each iteration.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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