6 questions Basic

### 15 - Pump sizing

This course test contains 6 questions and can be retaken at any time.

You must answer all questions correctly to pass the test and complete the course.

Question 1 of 6 Basic

Identify the factors that are not considered for calculating the total pump head requirements?

Question 2 of 6 Basic

Identify which of the following sentences are true:

Question 3 of 6 Basic

What determines the minimum flow of a pump?

Question 4 of 6 Basic

What is the limit of sand in well water as recommended by US EPA and National Water Works Association for flood irrigation?

Question 5 of 6 Basic

How do we calculate head requirement from the pump?

Question 6 of 6 Basic

What are the two factors that should be ensured when the total head for a ground water pump is calculated?

Question 6 of 6 Basic

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Q: Identify the factors that are not considered for calculating the total pump head requirements?
A: Friction losses
02: Elevation lift
03: Pump flow
Q: Identify the factors that are not considered for calculating the total pump head requirements?
A: Elevation lift
01: Friction losses
03: Pump flow
Q: Identify the factors that are not considered for calculating the total pump head requirements?
A: Pump flow
Q: Identify which of the following sentences are true:
A: Groundwater typically requires more treatment than surface water.
02: To improve the filtering function, the borehole diameter must be exactly the same as the casing diameter.
03: The drawdown is the difference between the static and the dynamic water level.
Q: Identify which of the following sentences are true:
A: To improve the filtering function, the borehole diameter must be exactly the same as the casing diameter.
01: Groundwater typically requires more treatment than surface water.
02: To improve the filtering function, the borehole diameter must be exactly the same as the casing diameter. Your answer
03: The drawdown is the difference between the static and the dynamic water level.
Q: Identify which of the following sentences are true:
A: The drawdown is the difference between the static and the dynamic water level.
Q: What determines the minimum flow of a pump?
A: The amount of water that needs to be applied to the crops during peak periods.
Q: What determines the minimum flow of a pump?
A: The type of soil in the field.
01: The amount of water that needs to be applied to the crops during peak periods.
03: The cost of power for the pump.
Q: What determines the minimum flow of a pump?
A: The cost of power for the pump.
01: The amount of water that needs to be applied to the crops during peak periods.
02: The type of soil in the field.
Q: What is the limit of sand in well water as recommended by US EPA and National Water Works Association for flood irrigation?
A: 10ppm
02: 15ppm
03: 20ppm
Q: What is the limit of sand in well water as recommended by US EPA and National Water Works Association for flood irrigation?
A: 15ppm
Q: What is the limit of sand in well water as recommended by US EPA and National Water Works Association for flood irrigation?
A: 20ppm
01: 10ppm
02: 15ppm
Q: How do we calculate head requirement from the pump?
A: Suction lift + static water level + drawdown in the well + pressure head of the application device + friction loss in the pipes
01: Suction lift + static water level + drawdown in the well + pressure head of the application device + friction loss in the pipes Your answer
02: Elevation lift + static water level + drawdown in the well + pressure head of the application device + friction loss in the pipes
03: Elevation lift + static water level + drawdown in the well + pressure head of the application device - friction loss in the pipes
Q: How do we calculate head requirement from the pump?
A: Elevation lift + static water level + drawdown in the well + pressure head of the application device + friction loss in the pipes
Q: How do we calculate head requirement from the pump?
A: Elevation lift + static water level + drawdown in the well + pressure head of the application device - friction loss in the pipes
01: Suction lift + static water level + drawdown in the well + pressure head of the application device + friction loss in the pipes
02: Elevation lift + static water level + drawdown in the well + pressure head of the application device + friction loss in the pipes
03: Elevation lift + static water level + drawdown in the well + pressure head of the application device - friction loss in the pipes Your answer
Q: What are the two factors that should be ensured when the total head for a ground water pump is calculated?
A: There is no elevation lift and the drawdown has to be added to the suction lift.
01: There is no elevation lift and the drawdown has to be added to the suction lift. Your answer
02: There is no suction lift. Instead there is static water table and the drawdown has to be added to the elevation lift.
03: There is no suction lift and the drawdown has to be deducted from the elevation lift.
Q: What are the two factors that should be ensured when the total head for a ground water pump is calculated?
A: There is no suction lift. Instead there is static water table and the drawdown has to be added to the elevation lift.
Q: What are the two factors that should be ensured when the total head for a ground water pump is calculated?
A: There is no suction lift and the drawdown has to be deducted from the elevation lift.
01: There is no elevation lift and the drawdown has to be added to the suction lift.
02: There is no suction lift. Instead there is static water table and the drawdown has to be added to the elevation lift.
03: There is no suction lift and the drawdown has to be deducted from the elevation lift. Your answer