Jobs By Abekus

Hydrology Questions Set 5:

Quiz Mode

What percentage of the total worldwide power generation comes from hydropower plants?

15%

20%

30%

10%

Solution:

Name of the process through which water from liquid state passes into vapor state and diffused into atmosphere.

Solution:

Which of the following is factor affecting the process of transpiration?

Temperature

Wind

Humidity

All of the above

Solution:

The process by which water leaves body of living plants is called

Evaporation

Transpiration

Evaporotranspitration

none

Solution:

Muskingum method is used in

Hydrologic channel routing

hydraulic reservoir routing

hydraulic channel routing

hydrologic reservoir routing

Solution:

The areal characteristics of a rainfall storm are represented by a

Hyetograph

Mass Curve

Double mass curve

Depth-Area-Duration (DAD) Curve

Solution:

What is the regime scour depth for a channel in soil with silt factor 1.3 and carrying 8.2 m3/s/m of discharge intensity in accordance with Lacey’s regime theory?

3.6

4.2

5.03

25.6

Solution:

The design of the downstream pile and apron of a weir depends upon

Scour Depth & Uplift Pressure

Exit Gradient & Uplift Pressure

Scour Depth & Exit Gradient

Scour Depth, Exit Gradient & Uplift Pressure

Solution:

For routing of flood in a given channel using the Muskingham method, two of the routing coefficients are estimated as C₀ = -0.25 and C₁ = 0.55. The value of the third coefficient C₂ (rounded off to two decimal places) would be___.

Solution:

A tube well penetrates fully an unconfined aquifer. Calculate the discharge from the tubewell under the following conditions:

- Diameter of the well: 30 cm

- Drawdown: 2 m

- Effective length of the strainer: 10 m

- Coefficient of permeability: 0.05 cm/s

- Radius of zero drawdown: 300 m

9.06 × 10^-3 m^3/s

0.906 m^3/s

906.38 m^3/s

9.06 m^3/s

Hydrology Questions Set 5:

What percentage of the total worldwide power generation comes from hydropower plants?

Solution:

Name of the process through which water from liquid state passes into vapor state and diffused into atmosphere.

Solution:

Which of the following is factor affecting the process of transpiration?

Solution:

The process by which water leaves body of living plants is called

Solution:

Muskingum method is used in

Solution:

The areal characteristics of a rainfall storm are represented by a

Solution:

What is the regime scour depth for a channel in soil with silt factor 1.3 and carrying 8.2 m3/s/m of discharge intensity in accordance with Lacey’s regime theory?

Solution:

The design of the downstream pile and apron of a weir depends upon

Solution:

For routing of flood in a given channel using the Muskingham method, two of the routing coefficients are estimated as C₀ = -0.25 and C₁ = 0.55. The value of the third coefficient C₂ (rounded off to two decimal places) would be___.

Solution:

A tube well penetrates fully an unconfined aquifer. Calculate the discharge from the tubewell under the following conditions:

- Diameter of the well: 30 cm

- Drawdown: 2 m

- Effective length of the strainer: 10 m

- Coefficient of permeability: 0.05 cm/s

- Radius of zero drawdown: 300 m

Solution:

Related Question Sets:

Related Topics:

Hydrology Questions Set 5:

What percentage of the total worldwide power generation comes from hydropower plants?

Solution:

Name of the process through which water from liquid state passes into vapor state and diffused into atmosphere.

Solution:

Which of the following is factor affecting the process of transpiration?

Solution:

The process by which water leaves body of living plants is called

Solution:

Muskingum method is used in

Solution:

The areal characteristics of a rainfall storm are represented by a

Solution:

What is the regime scour depth for a channel in soil with silt factor 1.3 and carrying 8.2 m3/s/m of discharge intensity in accordance with Lacey’s regime theory?

Solution:

The design of the downstream pile and apron of a weir depends upon

Solution:

For routing of flood in a given channel using the Muskingham method, two of the routing coefficients are estimated as C0 = -0.25 and C1 = 0.55. The value of the third coefficient C2 (rounded off to two decimal places) would be___.

Solution:

A tube well penetrates fully an unconfined aquifer. Calculate the discharge from the tubewell under the following conditions: - Diameter of the well: 30 cm - Drawdown: 2 m - Effective length of the strainer: 10 m - Coefficient of permeability: 0.05 cm/s - Radius of zero drawdown: 300 m

Solution:

Related Question Sets:

Related Topics:

For routing of flood in a given channel using the Muskingham method, two of the routing coefficients are estimated as C₀ = -0.25 and C₁ = 0.55. The value of the third coefficient C₂ (rounded off to two decimal places) would be___.

A tube well penetrates fully an unconfined aquifer. Calculate the discharge from the tubewell under the following conditions:

- Diameter of the well: 30 cm

- Drawdown: 2 m

- Effective length of the strainer: 10 m

- Coefficient of permeability: 0.05 cm/s

- Radius of zero drawdown: 300 m