How to Calculate Hydraulic Slope using Hazen William's Formula

What is the formula to calculate hydraulic slope using Hazen William's Formula?

Can you compute the hydraulic slope of a square concrete conduit based on given values?

Formula and Calculation

The formula to calculate hydraulic slope using Hazen William's Formula is: S = (C * Q) / (A * R^0.63).

To compute the hydraulic slope of the square concrete conduit, we need to substitute the given values into the formula.

The hydraulic slope of the square concrete conduit is calculated based on the data provided. The given values include the side length of the conduit, flow rate, and roughness coefficient. By using Hazen William's Formula and following the steps outlined in the calculation process, we can determine the hydraulic slope.

First, we calculate the cross-sectional area (A) and the wetted perimeter (P) of the conduit using the side length value. Then, we determine the hydraulic radius (R) and substitute all values into the formula to find the hydraulic slope.

In this case, the hydraulic slope of the square concrete conduit is 193.548 m/m. This calculation helps in understanding the flow characteristics and hydraulic behavior of the conduit to ensure efficient water transportation.