Determine the discharge through the following sections for a normal depth of 4.4 ft; n=0.013, and blttom slope S = 0.20%. Solution: a. A rectangular section 17.6 ft wide. 1). Section area A = 2). Wetted perimeter Pw = 3). Hydraulic radius Rh = 4). Discharge/flow rate Q = 2). Section area A = 3). Hydraulic radius Rh = b. A circular section 17.6 ft in diameter. 1). Inner angle 0 = 4). Discharge/flow rate Q = ft²; 2). Section area A = rad = ft²; c. A right angled triangular section. 1). Side slope m = ft; ft²; ft; ft; cfs; 0. cfs;
Determine the discharge through the following sections for a normal depth of 4.4 ft; n=0.013, and blttom slope S = 0.20%. Solution: a. A rectangular section 17.6 ft wide. 1). Section area A = 2). Wetted perimeter Pw = 3). Hydraulic radius Rh = 4). Discharge/flow rate Q = 2). Section area A = 3). Hydraulic radius Rh = b. A circular section 17.6 ft in diameter. 1). Inner angle 0 = 4). Discharge/flow rate Q = ft²; 2). Section area A = rad = ft²; c. A right angled triangular section. 1). Side slope m = ft; ft²; ft; ft; cfs; 0. cfs;
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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