PROBLEM A. A rectangular channel 2.44 m wide and 2.53 m deep is controlled by a two-ended contracted weir 1.22 m high. Using C = 1.84, 1. Compute for the velocity of approach rounded to the nearest 3 decimal digits in m/s. 2. Compute for the length of the weir rounded to the nearest 2 decimal digits in meters.

PROBLEM A. A rectangular channel 2.44 m wide and 2.53 m deep is controlled by a two-ended contracted weir 1.22 m high. Using C = 1.84, 1. Compute for the velocity of approach rounded to the nearest 3 decimal digits in m/s. 2. Compute for the length of the weir rounded to the nearest 2 decimal digits in meters.

Structural Analysis

6th Edition

ISBN:9781337630931

Author:KASSIMALI, Aslam.

Publisher:KASSIMALI, Aslam.

Chapter2: Loads On Structures

Section: Chapter Questions

Problem 1P

See similar textbooks

Similar questions

dy/dx + y = e^x solution is y = e^x/2 + Ce^-x prove it
Complete the table below. LINE BEARING DIST (M) AB N 58° 46.9' E 38.588 BC S 57° 59.7' E 37.736 CD S 30° 46.5' E 28.278 DE S 68° 25.1' W 59.008 EA N 28° 8.1' W 52.164 LAT (m) Express all values up to 3 decimal places. * If the value is zero just write 0. DEP (m) Sum DA Area DMD DA * If the value is negative, include the negative sign without space in between negative sign and the number. Example: value = - 37, input: -37.000 * For positive values, do not include the + sign in writing the answer. * Do not include the unit in writing the answer/s.
I need the answer as soon as possible
Explain the Schmertmann Method?
This is incorrect, discontinuity functions must be used. Could anyone help solve it that way?
Write F in vector form. F = ( Blank 1 i + Blank 2 j + Blank 3 k ) lb
Complete the truth table of [p^(p->q)]->q b. p->q p^(p->q) | [p^(p->q)]->q T 3 T F 1 F T F 4 T F F F
ind the centroid of the area bounded by x=x^2 and y=9 There is no more information... Please please help me urgent
USE AUTOCAD ......draw the given plan in autocad with proper dimension
10
Find work done value Force applied on box=101 N Displacement 5 m