Training Applications for the Electrical Controls Industry
Fluid Power Test 2
Fluid Power Symbols
Fluid Power Review - Section 2
00:00:00
Question 1: With an understanding of the ____________ involved in reading fluid power diagram, any diagram can be interpreted.
symbols
theory
principles
math
Question 2: The diagram shown is a ___________________ diagram.
pictorial
schematic
cutaway
simplified
Question 3: The diagram shown is a ___________________ diagram.
pictorial
schematic
cutaway
simplified
Question 4: The diagram shown is a ___________________ diagram.
pictorial
schematic
cutaway
simplified
Question 5: Which type of diagram will be most prevalent in the industrial maintenance field?
Pictorial
Schematic
Cutaway
Simplified
Question 6: While pressure loss is generally undesirable while horsepower is moving through a pipe, there are some cases where the pressure loss can actually be used to the advantage of the system.
True
False
Question 7: Vacuum is a not a form of fluid power.
True
False
Question 8: The cylinder shown here has a bore of 2.25 inches. What is the square inch area of the blind side of the piston?
1.93
3.97
3.5325
Need rod length to solve
Question 9: Each restriction will add to the overall power loss through the system. All unnecessary bends and fittings should be eliminated.
True
False
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That's not quite right! Correct answer to this question is:
principles
That’s Right!
That's not quite right! Correct answer to this question is:
pictorial
That’s right!
That's not quite right! Correct answer to this question is: cutaway
That’s right!
That's not quite right! Correct answer to this question is: schematic
That’s right!
That's not quite right! Correct answer to this question is: Schematic
That’s right!
That's not quite right! It is True that there are some cases where the pressure loss can actually be used to the advantage of the system
That’s right!
That's not quite right! It is False.Vacuum is a form of fluid power.
That’s right!
That's not quite right! this was covered in section 1, if you remember. A = π r2 so A=3.14 x (1.125 x 1.125) which means A = 3.97 Sq. In.
That’s right!
That's not quite right! This was covered in section 1, if you remember. The answer is True, because any restriction placed in a fluid stream which is normally laminar may cause turbulence for a short distance. These restrictions are undesirable but sometimes very necessary.
That’s right!
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