8 questions Basic

### 13 - Basic hydraulics and pump performance

This course test contains 8 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 8 Basic

Identify the false statement.

Question 2 of 8 Basic

Friction loss is dependent on the [xxxxxxxx] of the fluid.

Question 3 of 8 Basic

How is the relationship between these three factors described in an equation?

Question 4 of 8 Basic

Which of the following parameters is not used for calculating pump efficiency?

Question 5 of 8 Basic

Identify the true statement.

Question 6 of 8 Basic

Identify the correct formula for calculating pump efficiency.

Question 7 of 8 Basic

How can friction loss in a system be minimised?

Question 8 of 8 Basic

Identify the reasons for reduction in pump performance from the given options:

Question 8 of 8 Basic

# Test results

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You are welcome to add your rating of this course. Remember that you have to be logged in before you take the test to be able to give your rating. Q: Identify the false statement.
A: Cavitation can occur when water is flowing in a pipe and a valve is closed too quickly. Q: Identify the false statement.
A: The MP204 device can protect the pump motor against all possible disturbances that may occur.
01: Cavitation can occur when water is flowing in a pipe and a valve is closed too quickly.
02: The MP204 device can protect the pump motor against all possible disturbances that may occur. Your answer
03: The only way to avoid sand from entering a pump is through effective filtering before the pump inlet. Q: Identify the false statement.
A: The only way to avoid sand from entering a pump is through effective filtering before the pump inlet.
01: Cavitation can occur when water is flowing in a pipe and a valve is closed too quickly.
02: The MP204 device can protect the pump motor against all possible disturbances that may occur.
03: The only way to avoid sand from entering a pump is through effective filtering before the pump inlet. Your answer Q: Friction loss is dependent on the [xxxxxxxx] of the fluid.
A: Viscosity
02: Velocity
03: Volume Q: Friction loss is dependent on the [xxxxxxxx] of the fluid.
A: Velocity Q: Friction loss is dependent on the [xxxxxxxx] of the fluid.
A: Volume
01: Viscosity
02: Velocity Q: How is the relationship between these three factors described in an equation?
A: P = Q x H x c Q: How is the relationship between these three factors described in an equation?
A: Q = H x P x c
01: P = Q x H x c
03: P = Q/H x c Q: How is the relationship between these three factors described in an equation?
A: P = Q/H x c
01: P = Q x H x c
02: Q = H x P x c Q: Which of the following parameters is not used for calculating pump efficiency?
A: Flow
02: Time
03: Pressure
04: Power Consumption Q: Which of the following parameters is not used for calculating pump efficiency?
A: Time Q: Which of the following parameters is not used for calculating pump efficiency?
A: Pressure
01: Flow
02: Time
04: Power Consumption Q: Which of the following parameters is not used for calculating pump efficiency?
A: Power Consumption
01: Flow
02: Time
03: Pressure Q: Identify the true statement.
A: In deep-well pumps, you should check whether the pressure gauge is installed directly at the pump discharge.
01: In deep-well pumps, you should check whether the pressure gauge is installed directly at the pump discharge. Your answer
02: Online monitoring equipment does not check if a parameter has changed or exceeded a preset limit.
03: If all the parameters are recorded immediately after the pump has been installed, you can use them as benchmark against future data. Q: Identify the true statement.
A: Online monitoring equipment does not check if a parameter has changed or exceeded a preset limit.
01: In deep-well pumps, you should check whether the pressure gauge is installed directly at the pump discharge.
02: Online monitoring equipment does not check if a parameter has changed or exceeded a preset limit. Your answer
03: If all the parameters are recorded immediately after the pump has been installed, you can use them as benchmark against future data. Q: Identify the true statement.
A: If all the parameters are recorded immediately after the pump has been installed, you can use them as benchmark against future data. Q: Identify the correct formula for calculating pump efficiency.
A: (P1 × Q)/(c × H)
02: (p x H × Q)/(367 × P1)
03: (H × P1)/(c × Q) Q: Identify the correct formula for calculating pump efficiency.
A: (p x H × Q)/(367 × P1) Q: Identify the correct formula for calculating pump efficiency.
A: (H × P1)/(c × Q)
01: (P1 × Q)/(c × H)
02: (p x H × Q)/(367 × P1) Q: How can friction loss in a system be minimised?
A: By increasing the pipe diameter Q: How can friction loss in a system be minimised?
A: By using 2 smaller pumps instead of one bigger pump
01: By increasing the pipe diameter
03: By adding a Tee to the piping system Q: How can friction loss in a system be minimised?
A: By adding a Tee to the piping system
01: By increasing the pipe diameter
02: By using 2 smaller pumps instead of one bigger pump Q: Identify the reasons for reduction in pump performance from the given options:  