From Spreadsheet Flashcards
The reading on the micrometer scale shown in figure “A” in the illustration is __________. GS-0093
C
The reading on the micrometer scale shown in figure “B” in the illustration is __________. GS-0093
C
The reading on the micrometer scale shown in figure “C” in the illustration is __________. GS-0093
D
Of the views labeled “1”, “2”, “3”, and “4”, select the one that correctly represents the right side view of the unnumbered object in the illustration. GS-0003
D
The top, front, and right side views of three different objects are shown in the illustration. In which object are all three views correct and complete? GS-0004
D
The barge shown in the illustration is 40’ X 20’ X 10’and weighs 22.9 long tons when empty. The theoretical maximum amount of machinery and cargo which may be installed or loaded is __________. GS-0157
205.6 long tons
What is the weight of the empty barge shown in the illustration if it is currently drawing one foot of salt water? Its length is 40’, width is 20’, and its height is 10’ . GS-0157
22.9 long tons
The barge shown in the illustration is 40’ X 20’ X 10’ (12.192 m X 6.096 m X 3.048 m ) and weighs 22.9 long tons (23.28 t) when empty. It has been loaded to a draft of 5 feet (1.524 m) in salt water. How many long tons of cargo have been added? GS-0157
91.4 long tons (92.91 t)
The barge shown in the illustration is 40’ X 20’ X 10’ (12.192 m X 6.096 m X 3.048 m) and weighs 22.9 long tons when empty. It has been loaded to a draft of 8 feet in salt water. How many long tons of cargo have been added? GS-0157
159.8 long tons
The barge shown in the illustration is 40’ X 20’ X 10’ and weighs 22.8 long tons when empty. What would be the maximum amount of cargo that may be loaded on the barge in salt water so that the maximum draft does not exceed 8 feet. GS-0157
160 long tons
Which drawing view or projection is shown in the illustration? GS-0001
cross-sectional
In the illustration shown, what is the distance indicated by dimension “I”? GS-0001
1 3/4 inches
In the illustration, line “C” is a __________. GS-0006
Dimension Line
In the illustration, line “J” is used to depict a _________? GS-0006
Cutting Plane Line
In the illustration, line “K” is a __________. GS-0006
Phantom Line
In the illustration, line “D” is a __________. GS-0006
Hidden Line
In the illustration, line “F” is a/an __________. GS-0006
Break Line
In the illustration, line “B” is a/an __________. GS-0006
Outline
In the illustration, line “D” is a/an __________. GS-0006
Hidden Line
The maximum diameter of the device illustrated is __________. GS-0008
1.749 inches
The physical feature indicated for each of the smallest diameter ends of the device illustrated is that they are __________. GS-0008
Threaded
Which of the following statements is correct regarding the device shown in the illustration? GS-0008
The areas dimensioned 0.64 in length are flats on the shaft.
The lathe tool shown as figure “B” in the illustration is called a __________. GS-0009
Round nose turning tool
Which single illustrated lathe tool could be used to turn down the stock in figure II? GS-0009
B
Which of the illustrated lathe tools would be used to produce figure V? GS-0009
E
Which of the illustrated lathe tools would be used to produce a smooth finish cut for figure I? GS-0009
A
The lathe tool shown as figure “A” in the illustration is called a __________. GS-0009
Left cut finishing tool
Which of the illustrated lathe tools would be used to produce a rough cut for figure I? GS-0009
F
Which of the listed illustrated figures represents the lathe tool used for facing figure VI? GS-0009
F
Which of the illustrated lathe tools would be used to produce a rough cut to the left for the stock in figure IV? GS-0009
F
Which of the listed illustrated figures represents the lathe tool used for facing figure VI? GS-0009
F
Which of the illustrated lathe tools would be used to produce a rough cut to the left for the stock in figure IV? GS-0009
F
Which of the following statements is true concerning the illustration shown? GS-0009
Figure F toolbit would be fed from right to left
Which of the illustrated lathe tools should be used to produce the groove in the stock in figure VII? GS-0009
G
The dimension of the sensing gap in the left hand limit sensor assembly shown in the illustration is __________. GS-0010
1/8 inch
The letters ‘NPT’ used in the notation 1/8-27 NPT as shown in the illustration, indicates the __________. GS-0010
Thread series
What is the distance between the center of the discharge outlet and the top of the motor illustrated? GS-0011
36 inches
What is the distance between the center of the discharge outlet and the top of the motor illustrated? GS-0011
36.000 inches
In the pump shown in the illustration, what is the distance from the bottom of the inlet to the bottom end of the motor shaft? GS-0011
57 5/8 inches
Which of the speeds listed represents the synchronous speed rating of the lube oil pump motor shown in the illustration? GS-0011
1,200 RPM
What is the length of the stud used to secure the packing gland shown in the illustration? GS-0012
2 1/2 inches
In the illustration shown, an efficient seal is maintained between the suction cover and the volute by __________. GS-0012
an asbestos gasket
How many cap screws are used to secure the motor bracket to the volute shown in the illustration? GS-0012
Four
The impeller shown in the illustration is best described as a/an __________. GS-0012
single suction closed impeller
The purpose of the wearing ring used in the illustrated pump is to __________. GS-0012
provide a replaceable wear surface for the pump housing
In the illustration, the item labeled as ‘30’ is __________. GS-0012
I only
In the illustration, the item labeled as ‘31’ is __________. GS-0012
II only
n the illustration, the item labeled as ‘27’ is __________. GS-0012
I only
The pump shown in the illustration can best be described as a centrifugal __________. GS-0012
single stage pump with a single suction closed impeller
The pump shown in the illustration is a __________. GS-0012
Centrifugal Pump
The suction nozzle classification of the pump shown in the illustration can best be described as __________. GS-0012
end suction
The reading on the micrometer scale shown in figure “C” in the illustration is __________. GS-0013
0.349 inch
The reading on the micrometer scale shown in figure “H” in the illustration is __________. GS-0013
0.438 inch
The reading on the micrometer scale shown in figure “E” in the illustration is __________. GS-0013
0.137 inch
The reading on the micrometer scale shown in figure “F” in the illustration is __________. GS-0013
0.148 inch
The reading on the micrometer scale shown in figure “I” in the illustration is __________. GS-0013
0.246 inch
A micrometer scale reading is indicated as 0.349 inches and is represented in the illustration by __________. GS-0013
figure C
A micrometer scale reading is indicated as 0.137 inches and is represented in the illustration by __________. GS-0013
Figure E
A micrometer scale reading is indicated as 0.148 inches and is represented in the illustration by __________. GS-0013
Figure F
A micrometer scale reading is indicated as 0.438 inches and is represented in the illustration by __________. GS-0013
figure H
In the illustration shown, what is the proper description of the hole represented by “C”? GS-0015
Counter Bored
Which of the listed types of machined ‘hole’ is represented by “B” as shown in the illustration? GS-0015
Counter drill
Which of the figures in illustration GS- 0080 would be used in conjunction with figure “C” in illustration GS-0015?
figure K
How many hidden lines are shown in the right side (end) view of the drawing illustrated? GS-0021
None
In the illustration, the reference to 3/4”R indicates that the __________. GS-0021
hole has a 3/4” radius
In the illustration, a hole is shown in the block. The shape of the hole is indicated as a __________. GS-0021
1.5 inch diameter fully bored hole
Which of the projections represents the left side view of the object “X” in the illustration? GS-0022
A
Dimension “X” indicated on the architects scale, shown in the illustration, will be equal to __________. GS-0023
5 feet 4 inches
The dimension indicated on the 1/2 inch architects scale, shown in the illustration, will be equal to __________. GS-0023
3 feet - 1.5 inches
The device shown in the illustration is used to __________. GS-0029
unload the cylinders of an air compressor
The primary function of the device illustrated is to __________. GS-0029
remove all but the frictional load of an air compressor at start up
A dimension line, as used in a drawing or blueprint, is represented by which of the figures shown in the illustration? GS-0031
C
A hidden line in a drawing, or blueprint is represented in the illustration by which of the labeled lines? GS-0031
D
In a schematic drawing, when an edge of a component is indicated as being located inside an enclosure, which line should be used? GS-0031
D
A ‘centerline’ depicted in a drawing or blueprint is represented by which of the figures shown in the illustration? GS-0031
E
The device shown in the illustration is known as a/an __________. GS-0032
spring centered directional control valve
If the operator releases the handle of the illustrated device while the system output is in motion, the valve will __________. GS-0032
return to its centered position and the output speed will drop to zero
Line “C” as shown in the illustration represents __________. GS-0033
the center of the items illustrated
In the illustration shown, which of the lines are considered as ‘visible lines’ in blueprint reading? GS-0033
The lines indicated by the letters “A” and “D”.
In the illustration shown, which pair of letters represent the same physical surface of the component? GS-0033
B and D
The function of the illustrated device is to __________. GS-0034
relieve compressed air from the intercooler after the compressor has cycled off
The device shown in the illustrated is known as a/an __________. GS-0035
three-position, detented, directional control valve
Regarding the device shown in the illustration, if the operator releases the handle while the system output is in motion, the __________. GS-0035
valve will remain in position with the output remaining unchanged
In the illustration shown, the last numeral in the notation 1/4-20 NC-2 indicates the __________. GS-0036
class of thread fit
In the figure shown in the illustration, the standard blueprint symbols above the letters “A”, “B”, and “C” indicate __________. GS-0036
the use of internal threads
A flat piece of sheet metal can be fastened to the device illustrated and would require the use of which listed type of fastener? GS-0036
Cap Screw
A flat piece of thin sheet metal fastened to the device illustrated, would most likely require the use of which listed type of fastener? GS-0036
round head machine screw
In the illustration shown, the letters “UNC” used in the notation “1/4-20 UNC- 2” indicates the __________. GS-0037
thread series
The type of thread illustrated is a/an __________. GS-0038
national coarse thread
The thread machined on the device illustrated is a/an __________. GS-0038
one inch, left-hand national coarse
In the thread notation shown in the illustration, the “1” preceding ‘8NC-LH’ represents __________. GS-0038
the outside diameter
The basic function of the servo control shown in the illustration, as used in some hydraulic systems, is to __________. GS-0039
position the tilt box of a variable displacement hydraulic pump for the desired output
If the device shown in the illustration is being used to control the output of an axial piston pump, when part “A” is moved to the right, then part “B” __________. GS-0039
will move to the left, and “C” will move to the right, but will lag behind the movement of “A”
If the device shown in the illustration is used to control the output of a variable displacement pump, and part “A” is displaced 50% from ‘zero’ stroke, which of the following statements will be correct? GS-0039
The pump would develop a 50% discharge rate and remain at that condition until the control handle position is changed.
Which of the following statements will be true if the position of the manual control lever, shown in the illustration, remains unchanged after the pump is placed on stroke? GS-0039
Although oil will leak past part ‘B,’ the amount of pump stroke will be maintained until the control handle position is changed.
In the device illustrated, if part “D” rotates clockwise then part “E” will rotate __________. GS-0040
counterclockwise and act upon part “G”
A variable displacement pump is fitted with the illustrated device, the discharge flow rate will be reduced as described by which of the following statements? GS-0040
Part “H” will move to block the replenishing pump oil flow across part “G” as flow across hydraulic motor decreases.
An axial piston hydraulic motor is caused to rotate by fluid flow from a comparably designed variable displacement pump fitted with the illustrated device. If the motor stalls, due to excess load, the pump tilting box will seek neutral stroke until the high side pressure equalizes or is less than the set point pressure established by part __________. GS-0040
I
If solenoid “A” illustrated is energized, the __________. GS-0041
cylinder should extend
If solenoid “B” illustrated is energized, the __________. GS-0041
Cylinder should retract
If solenoid “A” of the valve illustrated is energized, the cylinder will __________. GS-0041
extend with rate of movement uncontrolled
