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PS(02/24/25): Components and Applications of Fluid Power Princip

Total questions: 32

Worksheet time: 16mins

Name
Class
Date
1.

What are the two main branches of fluid power?

a)

Hydraulics and Thermodynamics

b)

Hydraulics and Pneumatics

c)

Pneumatics and Electrodynamics

d)

Thermodynamics and Electrodynamics

2.

What type of fluid does hydraulics use?

a)

Compressible gases

b)

Incompressible liquids

c)

Solid particles

d)

Plasma

3.

What is the primary purpose of fluid power in engineering?

a)

To generate electricity

b)

To transmit force and energy

c)

To cool down systems

d)

To create sound waves

4.

What do pneumatics typically employ?

a)

Incompressible liquids

b)

Compressible gases

c)

Solid particles

d)

Plasma

5.

What is one method to generate pressure using fluid?

a)

Use a pump to compress the fluid within a confined space.

b)

Allow the fluid to flow freely in an open space.

c)

Heat the fluid until it evaporates.

d)

Mix the fluid with another liquid.

6.

What is the function of a pump/compressor in a fluid power system?

a)

Converts fluid power into mechanical energy

b)

Stores fluid or compressed air

c)

Converts mechanical energy into fluid power

d)

Controls the direction and flow rate of fluid

7.

What role does the pressure relief valve play in a fluid power system?

a)

Increases system pressure

b)

Releases excess pressure to ensure safety

c)

Converts fluid pressure into mechanical force

d)

Stores compressed air

8.

Which component of a fluid power system controls the direction, pressure, and flow rate of the fluid?

a)

Cylinder

b)

Reservoir

c)

Valve

d)

Pump/Compressor

9.

What is the primary function of a cylinder in a fluid power system?

a)

Stores fluid or compressed air

b)

Converts fluid or air pressure into mechanical force

c)

Ensures system safety by releasing excess pressure

d)

Controls the flow rate of the fluid

10.

What are the four main components without which a pneumatic or hydraulic system will not work?

a)

Valves, Pumps, Actuators, Reservoirs

b)

Gears, Belts, Chains, Pulleys

c)

Wires, Circuits, Switches, Batteries

d)

Levers, Springs, Wheels, Axles

11.

Which of the following is a main component without which a hydraulic system will not work?

a)

Battery

b)

Compressor

c)

Light bulb

d)

Switch

12.

What is another term for the receiver in a hydraulic system?

a)

Pump

b)

Motor

c)

Tank

d)

Gear

13.

Which component in a hydraulic system is responsible for controlling the flow of fluid?

a)

Actuator

b)

Valve

c)

Compressor

d)

Receiver

14.

In a hydraulic system, which of the following can be considered an actuator?

a)

Cylinder

b)

Battery

c)

Wire

d)

Switch

15.

What is the main difference between a hydraulic system and a pneumatic system?

a)

Hydraulic systems use liquids, while pneumatic systems use gases.

b)

Hydraulic systems use gases, while pneumatic systems use liquids.

c)

Both systems use gases.

d)

Both systems use liquids.

16.

What is the main difference between hydraulic and pneumatic systems?

a)

Hydraulics use compressed gas, while pneumatics use incompressible liquid.

b)

Hydraulics use incompressible liquid, while pneumatics use compressed gas.

c)

Both use incompressible liquid to transmit power.

d)

Both use compressed gas for power transmission.

17.

What is the primary function of a compressor in a pneumatic system?

a)

Convert mechanical energy to hydraulic energy

b)

Convert mechanical energy to pneumatic energy

c)

Convert hydraulic energy to mechanical energy

d)

Convert electrical energy to mechanical energy

18.

Which types of compressors are mentioned in the document?

a)

Reciprocating, rotary screw, and centrifugal

b)

Axial, centrifugal, and reciprocating

c)

Rotary vane, axial, and centrifugal

d)

Rotary screw, axial, and reciprocating

19.

What do cylinders or actuators convert in a pneumatic system?

a)

Pneumatic energy to electrical energy

b)

Hydraulic energy to linear mechanical force and motion

c)

Electrical energy to hydraulic energy

d)

Mechanical energy to pneumatic energy

20.

What is the role of valves in hydraulic systems?

a)

Increase temperature

b)

Control flow direction, pressure, and flow rate

c)

Convert energy types

d)

Store hydraulic fluid

21.

What is the primary function of a filter in a hydraulic system?

a)

Maintains constant air pressure

b)

Adds oil mist to air

c)

Removes contaminants from compressed air

d)

Increases air temperature

22.

Which component of a hydraulic system maintains constant air pressure for consistent operation?

a)

Filter

b)

Regulator

c)

Lubricator

d)

Compressor

23.

What does a lubricator do in a hydraulic system?

a)

Removes contaminants from compressed air

b)

Maintains constant air pressure

c)

Adds oil mist to air for moving part lubrication

d)

Cools down the system

24.

Which of the following is a part different from the four main parts found in a pneumatic or hydraulic system?

a)

Cylinder

b)

Pump

c)

Filter

d)

Valve

25.

What is the primary function of a pneumatic piston?

a)

To rotate objects

b)

To compress air

c)

To move linearly and generate force

d)

To cool down systems

26.

Which of these is a real-world application of pneumatic piston systems?

a)

Solar panels

b)

Air brakes on vehicles

c)

Wind turbines

d)

Hydraulic lifts

27.

Which of the following is an example of a piston pneumatic system?

a)

Hydraulic lift in a garage

b)

Air brake system in buses and trucks

c)

Electric braking system in trains

d)

Manual handbrake in cars

28.

What is the role of the master cylinder in a car's hydraulic brake system?

a)

It stores brake fluid.

b)

It converts pedal force into hydraulic pressure.

c)

It cools the brake system.

d)

It controls the speed of the car.

29.

What type of fluid is used in a car's hydraulic brake system?

a)

Compressible gas

b)

Incompressible fluid (Oil)

c)

Water

d)

Air

30.

What happens when you press the brake pedal in a hydraulic brake system?

a)

The car accelerates.

b)

The master cylinder releases air.

c)

The master cylinder piston pushes incompressible fluid to the wheel cylinders.

d)

The car's engine stops.

31.

What should you explain when your car does not stop after pressing the brake?

a)

The color of the car

b)

The speed of the car

c)

What happens to the car

d)

The type of fuel used

32.

What is a possible reason your car does not stop when you press the brake?

a)

The engine is overheating.

b)

The tires are flat.

c)

There is a loss of braking fluid pressure.

d)

The battery is dead.