Question 1 of 8
Basic

Which of the following items are built-in in some motors and can stop the motor if it exceeds a preset temperature:

Question 2 of 8
Basic

What are the effects of cavitation on pumps?

Question 3 of 8
Basic

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

Question 4 of 8
Basic

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

Question 5 of 8
Basic

Identify the correct formula for calculating pump efficiency.

Question 6 of 8
Basic

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

Question 7 of 8
Basic

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

Question 8 of 8
Basic

Select the three parameters of most interest in water pumping systems:

Question 8 of 8
Basic

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1: Which of the following items are built-in in some motors and can stop the motor if it exceeds a preset temperature:
Temperature sensors
1: Which of the following items are built-in in some motors and can stop the motor if it exceeds a preset temperature:
Signal wire
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1: Which of the following items are built-in in some motors and can stop the motor if it exceeds a preset temperature:
Insulation system
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2: What are the effects of cavitation on pumps?
Breakage of rotor
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2: What are the effects of cavitation on pumps?
Pitting of suction pipe
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2: What are the effects of cavitation on pumps?
Pitting of impeller and pump housing
3: Which of the following parameters is not used for calculating pump efficiency?
Flow
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3: Which of the following parameters is not used for calculating pump efficiency?
Time
3: Which of the following parameters is not used for calculating pump efficiency?
Pressure
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3: Which of the following parameters is not used for calculating pump efficiency?
Power Consumption
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4: Friction loss is dependent on the [xxxxxxxx] of the fluid.
Viscosity
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4: Friction loss is dependent on the [xxxxxxxx] of the fluid.
Velocity
4: Friction loss is dependent on the [xxxxxxxx] of the fluid.
Volume
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5: Identify the correct formula for calculating pump efficiency.
(P1 × Q)/(c × H)
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5: Identify the correct formula for calculating pump efficiency.
(p x H × Q)/(c × P1)
5: Identify the correct formula for calculating pump efficiency.
(H × P1)/(c × Q)
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6: How is the relationship between these three factors described in an equation?
P = Q x H x c
6: How is the relationship between these three factors described in an equation?
Q = H x P x c
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6: How is the relationship between these three factors described in an equation?
P = Q/H x c
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7: Identify the reasons for reduction in pump performance from the given options:
Bad power supply
7: Identify the reasons for reduction in pump performance from the given options:
Reduction in size of irrigation zone
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7: Identify the reasons for reduction in pump performance from the given options:
Changes in energy requirements
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8: Select the three parameters of most interest in water pumping systems:
Flow, head and energy
8: Select the three parameters of most interest in water pumping systems:
Flow, conductivity and head
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8: Select the three parameters of most interest in water pumping systems:
Head, turbidity and velocity
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