GANGUILLET KUTTER Formula | Lecture Note - Edubirdie

University:
Santa Fe College
Course:
PHY 2004 | Applied Physics 1
Academic year:

2024
Views:

47

Pages:

6
Author:

Jabin F.

GANGUILLET KUTTER FORMULA C = (23 + 0.00155/S + 1/n) / (1 + (23 + 0.00155/S) * n/√R) Q.6 while using Chezy's eqn for estimating the discharge. Area is misjudge by +20% and wetted perimeter with +4%. For this case what is approximate error in the discharge is —. Q = AV Q = AC√RS Q = AC√(A/P)S Q = A × C × A^(1/2) . S^(1/2) / P^(1/2) +20% → A2 = 1.20 A1 +4% P2 = 1.04 P1 Q ∝ A^(3/2) / P^(1/2) Q^2 ∝ A^3 / P (Q1/Q2)^2 = (A1/A2)^3 × (P2/P1) = (A1 / 1.20 A1)^3 × (1.04 P1 / P1) (Q1/Q2)^2 = 0.60185 Q1/Q2 = 0.7757 → Q2/Q1 = 1.289 % error = (Q1 - Q2)/Q1 × 100 → (1 - Q2/Q1) × 100 = -28.91% MCQ Q.11 wide Rect. section n=1.5. yR = 2.8m. Triangular section AR = AT Two section having Same discharge Under constant slope is known as hydraulically equivalent. QR = QT → (RR = RT) directly ARVR = AT VT 1/n R_R^(2/3) S^(1/2) = 1/n R_T^(2/3) S^(1/2)

Related Documents

GANGUILLET KUTTER Formula

GANGUILLET KUTTER Formula - Page 1

GANGUILLET KUTTER Formula - Page 2

GANGUILLET KUTTER Formula - Page 3

GANGUILLET KUTTER Formula - Page 4

GANGUILLET KUTTER Formula - Page 5

GANGUILLET KUTTER Formula - Page 6

of 6

Recommended Documents

Acceleration of an Object Sliding Down an Inclined Plane

Acceleration of an Object Sliding Down an Inclined Plane

Santa Fe College PHY 2004 | Applied Physics 1

Lecture Note

Velocity in Cylindrical Coordinate System

Velocity in Cylindrical Coordinate System

Santa Fe College PHY 2004 | Applied Physics 1

Lecture Note

Bounded Motion In Given Potential

Bounded Motion In Given Potential

Santa Fe College PHY 2004 | Applied Physics 1

Lecture Note

Velocity and Acceleration in Different Coordinate System

Velocity and Acceleration in Different Coordinate System

Santa Fe College PHY 2004 | Applied Physics 1

Lecture Note

General Formula of PB with Angular Momentum

General Formula of PB with Angular Momentum

Santa Fe College PHY 2004 | Applied Physics 1

Lecture Note

Mayer's Formula

Mayer's Formula

Santa Fe College PHY 2004 | Applied Physics 1

Lecture Note

Steps of Adverse Slope

Steps of Adverse Slope

Santa Fe College PHY 2004 | Applied Physics 1

Lecture Note

Most Efficient Circular Section

Most Efficient Circular Section

Santa Fe College PHY 2004 | Applied Physics 1

Lecture Note

Adverse Slope

Santa Fe College PHY 2004 | Applied Physics 1

Lecture Note

Horizontal Slope

Horizontal Slope

Santa Fe College PHY 2004 | Applied Physics 1

Lecture Note

Transition of Water in a channel

Transition of Water in a channel

Santa Fe College PHY 2004 | Applied Physics 1

Lecture Note

Rectangular Channel Section

Rectangular Channel Section

Santa Fe College PHY 2004 | Applied Physics 1

Lecture Note

New Documents from this Course

Dehydration Synthesis Answer Gizmos

Dehydration Synthesis Answer Gizmos

Santa Fe College PHY 2004 | Applied Physics 1

Answer Key