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The ratio between depth and width of a rectangular channel is ¼ and area of rectangular section is 16m^2. Calculate top width of channel.

5m 6m 7m 8m

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Orifices, Mouthpieces, Notches and Weirs

Viscous Flow & Turbulent Flow

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The section factor of a rectangular channel is 111.80m. The discharge and velocity of water are 250 m³⁄s and 5 m⁄s respectively. Calculate the hydraulic depth of the channel.

The ratio between depth and width of a rectangular channel is ¼ and area of rectangular section is 16m^2. Calculate top width of channel.

Which geometric parameter determines the efficiency of the channel?

The ratio between depth and width of a rectangular channel is ¼ and the area of the rectangular section is 16m^2. Calculate the top width of the channel.

Flow in Open Channels

Fluid-Mechanics-Mcqs

Guest You need to login to ask any Questions from chapter Flow-in-Open-Channels of Fluid-Mechanics-Mcqs

Chapter:

The ratio between depth and width of a rectangular channel is ¼ and area of rectangular section is 16m^2. Calculate top width of channel.

8m

All Chapters

Properties of Fluids

Pressure and Its Measurement

Hydrostatic Forces on Surfaces

Buoyancy and Floatation

Kinematics of Flow and Ideal Flow

Fluid Dynamics

Orifices, Mouthpieces, Notches and Weirs

Viscous Flow & Turbulent Flow

Flow Through Pipes

Indicator Diagrams

Dimensional and Model Analysis

Boundary Layer Flow & Forces on Sub-merged Bodies

Compressible Flow

Flow in Open Channels

Non Uniform Flow in Channels

Impact of Jets and Jet Propulsion

Similar Question

The section factor of a rectangular channel is 111.80m. The discharge and velocity of water are 250 m3⁄s and 5 m⁄s respectively. Calculate the hydraulic depth of the channel.

The ratio between depth and width of a rectangular channel is ¼ and area of rectangular section is 16m^2. Calculate top width of channel.

Which geometric parameter determines the efficiency of the channel?

The ratio between depth and width of a rectangular channel is ¼ and the area of the rectangular section is 16m^2. Calculate the top width of the channel.

Flow in Open Channels

Fluid-Mechanics-Mcqs

Guest
You need to login to ask any Questions from chapter Flow-in-Open-Channels of Fluid-Mechanics-Mcqs

The section factor of a rectangular channel is 111.80m. The discharge and velocity of water are 250 m³⁄s and 5 m⁄s respectively. Calculate the hydraulic depth of the channel.