2A751 : Aircraft Metals Technology Journeyman! Trivia Quiz
-
When drafting, from where should the light fall on the drawing surface?
-
Directly over the head of the drafter
-
Pointed in the direction of the drafter
-
Over the left shoulder of a left handed drafter
-
Over the left shoulder of a right handed drafter
-
This quiz, titled '2A751: Aircraft Metals Technology Journeyman! Trivia', tests knowledge on drafting and handling of technical drawings. It assesses skills such as proper lighting, equipment care, and document storage, crucial for any technical drafter in the Air Force.
Quiz Preview
- 2.
Covering the drawing board with vinyl or heavy paper.
-
Helps light diffuse on the paper
-
Keeps the drafting paper from slipping
-
Keeps the drafter from getting splinters
-
Helps keep the table from being damaged
Correct Answer
A. Helps keep the table from being damagedExplanation
Covering the drawing board with vinyl or heavy paper helps keep the table from being damaged. By placing a protective layer on the drawing board, any potential scratches or marks caused by drafting tools or materials are prevented. This ensures that the table remains in good condition and extends its lifespan.Rate this question:
-
- 3.
One quality of vellum or tracing paper is
-
Wrinkle resistance
-
Heavy construction
-
Moisture resistance
-
Ease of reproduction
Correct Answer
A. Ease of reproductionExplanation
Vellum or tracing paper is known for its ability to easily reproduce images or drawings. It is commonly used in the field of art and design because it allows for easy tracing or transferring of designs onto other surfaces. This quality makes it a preferred choice for artists and architects who need to create multiple copies or make alterations to their work.Rate this question:
-
- 4.
To store blueprints or mechanical drawings, you should
-
Hang them up
-
Store them flat
-
Keep them cool
-
Fold them neatly
Correct Answer
A. Store them flatExplanation
To store blueprints or mechanical drawings, it is recommended to store them flat. This is because hanging them up may cause them to become damaged or distorted over time. Storing them flat helps to maintain their original shape and prevents any creasing or folding that could affect their accuracy or readability. Additionally, keeping them cool helps to preserve the quality of the paper and prevent any potential damage from heat or humidity. Folding them neatly is not advisable as it can lead to permanent creases and make them difficult to use or reference in the future.Rate this question:
-
- 5.
Basic drafting equipment consists of
-
A compass, layout die, and drafting instruments
-
A drawing board, T square, and drafting instruments
-
Hermaphrodite calipers, a drawing board, and layout die
-
Drafting instruments, a scribe, and hermaphrodite calipers
Correct Answer
A. A drawing board, T square, and drafting instrumentsExplanation
The correct answer is a drawing board, T square, and drafting instruments. These are the basic equipment needed for drafting. A drawing board provides a stable surface to work on, a T square is used to draw straight lines, and drafting instruments such as compasses, rulers, and protractors are used for precise measurements and drawing shapes.Rate this question:
-
- 6.
To keep your T square from warping, you should
-
Lay it flat
-
Stand it up
-
Oil it regularly
-
Hang it by the head
Correct Answer
A. Lay it flatExplanation
To keep your T square from warping, it is best to lay it flat. This is because when a T square is laid flat, it distributes the weight evenly across its surface and reduces the chances of bending or warping. Standing it up or hanging it by the head can put uneven pressure on the T square, causing it to warp over time. Oiling it regularly may help with maintenance, but it is not specifically related to preventing warping.Rate this question:
-
- 7.
When you need to quickly draw angles of other than multiples of 15 degrees, a good tool to select is
-
A compass
-
A protractor
-
An architect's scale
-
An adjustable triangle
Correct Answer
A. An adjustable triangleExplanation
An adjustable triangle is a good tool to select when you need to quickly draw angles of other than multiples of 15 degrees. Unlike a protractor which is used for measuring angles, an adjustable triangle allows you to easily draw angles of any size. It has a hinge mechanism that allows you to adjust the angle to your desired measurement, making it a versatile tool for drawing precise angles.Rate this question:
-
- 8.
The purpose of an engineer's or architect's scale is to
-
Construct lines specifically for an architect
-
Construct lines specifically for an engineer
-
Reduce or enlarge drawings based on the scale
-
Reduce or enlarge drawings based on the print size
Correct Answer
A. Reduce or enlarge drawings based on the scaleExplanation
An engineer's or architect's scale is used to reduce or enlarge drawings based on the scale. This means that the scale allows the engineer or architect to accurately represent measurements and proportions of the actual object or structure they are designing or constructing. By using the scale, they can create drawings that are proportional and to scale, which helps in accurately representing the final product.Rate this question:
-
- 9.
The engineer's scale divides inches into
-
Decimals
-
Fractions
-
Centimeters
-
Millimeters
Correct Answer
A. DecimalsExplanation
The engineer's scale divides inches into decimals. This means that the scale allows for precise measurements in inches by using decimal values instead of fractions or other units of measurement. Decimal divisions provide a more accurate and consistent way of measuring, making it easier for engineers to work with precise measurements and calculations.Rate this question:
-
- 10.
The scale used the most often in drafting, is the
-
Vernier scale
-
Six inch scale
-
Engineer's scale
-
Architect's scale
Correct Answer
A. Architect's scaleExplanation
The architect's scale is the most commonly used scale in drafting. It is specifically designed for architectural drawings and allows architects to accurately represent measurements on a smaller scale. This scale typically includes ratios such as 1/4 inch, 1/8 inch, and 1/16 inch to represent measurements on a drawing that is a fraction of the actual size. The architect's scale is essential in ensuring that architectural drawings are precise and to scale, making it the most frequently used scale in drafting.Rate this question:
-
- 11.
The compass, least likely to spring out of shape during use, is the
-
Variable compass
-
End bow compass
-
Side bow compass
-
Center bow compass
Correct Answer
A. Center bow compassExplanation
The center bow compass is the least likely to spring out of shape during use compared to the other options. This is because the center bow compass has a sturdy construction with a fixed center leg that provides stability and prevents the legs from bending or flexing easily. The other types of compasses, such as the variable compass, end bow compass, and side bow compass, have movable or flexible legs that are more prone to springing out of shape during use.Rate this question:
-
- 12.
If you need to increase the radius of a circle when using the fraction head compass, select
-
Extension bars
-
A large divider
-
Trammel points
-
Side bow attachment
Correct Answer
A. Extension barsExplanation
When using the fraction head compass, extension bars are selected to increase the radius of a circle. Extension bars are additional attachments that can be added to the compass legs, allowing for a longer distance between the two legs. By increasing the distance, the radius of the circle can be extended, allowing for larger circles to be drawn.Rate this question:
-
- 13.
The tool used to transfer measurements and distances is
-
Dividers
-
Large calipers
-
A bow compass
-
A trammel point set
Correct Answer
A. DividersExplanation
Dividers are a tool commonly used to transfer measurements and distances accurately. They consist of two sharp points that can be adjusted to a desired distance and locked in place. By placing one point on a starting point and opening or closing the other point, the measurement can be transferred to another location. Dividers are commonly used in various fields such as woodworking, metalworking, and drafting to ensure precise measurements and layouts.Rate this question:
-
- 14.
When you use dividers to step off equal spaces on a line, you
-
Rotate them toward the drawing border
-
Step them in a counter clockwise direction
-
Alternate clockwise an counter clockwise steps
-
Rotate them ina continuous clockwise direction
Correct Answer
A. Alternate clockwise an counter clockwise stepsExplanation
When using dividers to step off equal spaces on a line, you alternate between clockwise and counterclockwise steps. This ensures that the spaces are evenly distributed and helps to maintain accuracy in measurements. By alternating the direction of the steps, you can prevent any potential errors that may arise from consistently stepping in only one direction.Rate this question:
-
- 15.
You can reduce the time you do repetitive drafting jobs by using
-
A drafting set
-
A bow compass
-
A drafting template
-
Adjustable triangles
Correct Answer
A. A drafting templateExplanation
A drafting template is a tool that contains pre-drawn symbols and shapes commonly used in drafting. By using a drafting template, individuals can quickly and accurately reproduce these shapes without having to manually draw them each time. This saves time and effort in repetitive drafting jobs as the template provides a consistent and efficient way to create the desired shapes.Rate this question:
-
- 16.
If you use a heavy coating of layout dye on your workpiece, you'll have
-
Ragged and uneven lines
-
Thin, fine lines for layout
-
Distinct, even layout lines
-
A dark surface for layout lines
Correct Answer
A. Ragged and uneven linesExplanation
If a heavy coating of layout dye is applied to a workpiece, it will result in ragged and uneven lines. This is because the excessive amount of dye will cause the lines to bleed and spread, creating an irregular and messy appearance.Rate this question:
-
- 17.
A good application of the small rule with holder is measuring
-
Internal recesses
-
Cylindrical surfaces
-
Flat parallel surfaces
-
Gear tooth peripheries
Correct Answer
A. Internal recessesExplanation
The small rule with holder is a useful tool for measuring internal recesses. It allows for accurate and precise measurements within tight spaces that may be difficult to access with other measuring tools. By using the small rule with holder, one can easily measure the dimensions of internal recesses such as holes, slots, or gaps. This tool is particularly beneficial in industries such as manufacturing or engineering where precise measurements are crucial for ensuring proper fit and functionality of components.Rate this question:
-
- 18.
When you construct a figure using geometric construction, use a
-
Pencil, a compass, and a straightedge
-
Pencil, a divider set, and a drafting set
-
Drafting pen, a drafting set, and a ruler
-
Straightedge, a drafting set, and a divider
Correct Answer
A. Pencil, a compass, and a straightedgeExplanation
When constructing a figure using geometric construction, a pencil is needed to make markings on the paper. A compass is used to draw circles or arcs of a specific radius. A straightedge is used to draw straight lines or to measure distances accurately. Therefore, the correct tools needed for geometric construction are a pencil, a compass, and a straightedge.Rate this question:
-
- 19.
When you need to divide an area into equal spaces, use a scale that
-
Spans slightly less than the space you want to divide
-
Spans slightly more than the space you want to divide
-
Is any size that permits you to measure the top boundary line
-
Is any length as long as it's shorter that the top boundary line
Correct Answer
A. Spans slightly more than the space you want to divideExplanation
When dividing an area into equal spaces, using a scale that spans slightly more than the space you want to divide ensures that the divisions are accurate and evenly distributed. This allows for a better visual representation and avoids any potential inaccuracies that may occur if the scale spans slightly less than the space.Rate this question:
-
- 20.
When constructing a perpendicular bisector, the method most accurate is
-
Using geometric construction
-
Laying out an arc tangent first
-
Laying out a right triangle first
-
Using a T square and a triangle
Correct Answer
A. Using geometric constructionExplanation
Using geometric construction is the most accurate method for constructing a perpendicular bisector. Geometric construction involves using a compass and straightedge to create precise and accurate constructions. By constructing the perpendicular bisector using geometric construction, we can ensure that the line is exactly perpendicular to the given line segment and passes through its midpoint. This method allows for precise measurements and ensures the accuracy of the construction.Rate this question:
-
- 21.
Which is not true of using arcs?
-
Lends speed
-
Is not accurate
-
Lends accuracy
-
Eliminates the use of a scale
Correct Answer
A. Is not accurateExplanation
Using arcs does not lend accuracy.Rate this question:
-
- 22.
Whe constructing circles and arcs on drawings, first draw
-
The straight lines
-
The circles or arcs
-
Bisectors of circles
-
Straight line tangents
Correct Answer
A. The circles or arcsExplanation
When constructing circles and arcs on drawings, it is important to first draw the circles or arcs. This is because the circles or arcs serve as the main shapes that need to be accurately represented in the drawing. By drawing them first, it ensures that the correct size and position of the circles or arcs are achieved. Once the circles or arcs are drawn, other elements such as straight lines, bisectors of circles, and straight line tangents can be added accordingly to complete the construction.Rate this question:
-
- 23.
When constructing a straight line, equal to an arc, set the dividers to divide the
-
Line into two parts
-
Arc into equal parts
-
Line into equal parts
-
Arc into unequal parts
Correct Answer
A. Arc into equal partsExplanation
When constructing a straight line equal to an arc, the dividers are set to divide the arc into equal parts. This means that the length of the straight line will be divided into segments that are of equal length to the corresponding segments of the arc. This ensures that the straight line is an accurate representation of the arc and that both have the same proportionate lengths.Rate this question:
-
- 24.
When you construct plane figures, you're showing
-
One dimensional objects, like a box
-
Two dimensional objects, like a cube
-
Three dimensional objects, like a ball
-
Four dimensional objects, like a sphere
Correct Answer
A. Three dimensional objects, like a ballExplanation
When constructing plane figures, you are showing three-dimensional objects, like a ball. A plane figure is a two-dimensional shape that exists on a flat surface, such as a piece of paper. However, when you construct these figures, you are giving them depth and representing them as three-dimensional objects. A ball is an example of a three-dimensional object that can be constructed using plane figures.Rate this question:
-
- 25.
A pictoral view of an object is given by an
-
Oblique projection
-
Isometric projection
-
Orthographic projection
-
Axonometric projection
Correct Answer
A. Oblique projectionExplanation
An oblique projection is a type of pictorial view that shows the object with one face parallel to the picture plane and the other faces at an angle. In this projection, the object is displayed with a combination of two or more scales, resulting in a more realistic representation. It provides a three-dimensional view with depth and height, making it suitable for presenting objects with irregular shapes. Orthographic projection, on the other hand, shows the object in a two-dimensional view with all the faces parallel to the picture plane. Isometric projection and axonometric projection are also types of pictorial views, but they show the object with equal scales for all three dimensions, resulting in a more distorted representation.Rate this question:
-
- 26.
When the projection lines are parallel to eachother and perpendicular to the projection plane, the projection is known as
-
A true representation
-
A parallel projection
-
An oblique projection
-
An orthographic projection
Correct Answer
A. An orthographic projectionExplanation
When the projection lines are parallel to each other and perpendicular to the projection plane, the resulting projection is known as an orthographic projection. In this type of projection, the object is represented without any distortion or foreshortening, providing a true and accurate representation of its shape and size.Rate this question:
-
- 27.
The minimum number of views needed in an orthogrpahic projection is
-
1
-
2
-
3
-
4
Correct Answer
A. 1Explanation
In an orthographic projection, only one view is needed to accurately represent the object. This is because an orthographic projection shows the object from multiple sides simultaneously, including the front, top, and side views. Therefore, a single view is sufficient to convey all the necessary information about the object's shape and dimensions.Rate this question:
-
- 28.
The main reason to include an auxiliary view on a print is
-
For information on the material
-
For clarification of an object or detail
-
To improve the appearance of the drawing
-
To crowd in a lot of information on a print
Correct Answer
A. For clarification of an object or detailExplanation
An auxiliary view is included on a print to provide a clearer and more detailed representation of a specific object or detail. This additional view helps to eliminate any ambiguity or confusion that may arise from the main drawing. It allows for a better understanding of the shape, size, and orientation of the object or detail, ensuring that it is accurately represented in the print. By including an auxiliary view, any potential misunderstandings or misinterpretations can be avoided, thus enhancing the overall clarity and accuracy of the print.Rate this question:
-
- 29.
When you have to show two or more different direction cutting planes through an object, us the
-
Full section
-
Half section
-
Offset section
-
Aligned section
Correct Answer
A. Offset sectionExplanation
An offset section is used when you need to show two or more different direction cutting planes through an object. This type of section allows you to offset the cutting plane from the object's centerline or axis, providing a clear view of the internal features or components. By offsetting the section, you can highlight specific areas of interest and show multiple perspectives simultaneously. This is particularly useful when complex geometries or intricate details need to be displayed in a clear and understandable manner.Rate this question:
-
- 30.
If you have three or more adjacent parts in a cross section, two of the parts should have 45 degree crosshatching, the remaining should ahve crosshatching of
-
30 to 45 degrees
-
45 to 60 degrees
-
30 to 60 degrees
-
60 to 90 degrees
Correct Answer
A. 30 to 60 degreesExplanation
In a cross section with three or more adjacent parts, it is required to have two parts with 45-degree crosshatching. The remaining part should have crosshatching between 30 to 60 degrees. This means that the angle of the crosshatching lines should be between 30 and 60 degrees, ensuring that it is not less than 30 degrees or more than 60 degrees. This arrangement helps to differentiate and distinguish the different parts in the cross section effectively.Rate this question:
-
- 31.
To construct an oblique prjection, always situate the side with the most complex or irregular features as the
-
Top view
-
Side view
-
Rear view
-
Front view
Correct Answer
A. Front viewExplanation
In order to construct an oblique projection, it is important to position the side with the most complex or irregular features as the front view. This is because the front view provides the most detailed and accurate representation of these features, allowing for a more accurate projection. The top view, side view, and rear view may not capture the intricate details of the complex or irregular features as effectively as the front view. Therefore, the front view is the most suitable choice for constructing an oblique projection.Rate this question:
-
- 32.
The lines that define the end limits of an edge or surface to which a measurement applies are known as
-
Break lines
-
Leader lines
-
Extension lines
-
Dimension lines
Correct Answer
A. Extension linesExplanation
Extension lines are the lines that extend from the edge or surface of an object to indicate the limits to which a measurement applies. They are used to show the starting and ending points of a dimension. In technical drawings, extension lines are typically drawn as thin, dotted lines that are perpendicular to the dimension line. They help to clarify the specific area or feature being measured and provide a clear reference for the dimension.Rate this question:
-
- 33.
The line that shows where a note applies to an object on the drawing is a
-
Break line
-
Leader line
-
Hidden line
-
Phantom line
Correct Answer
A. Leader lineExplanation
A leader line is a line that is used to indicate where a note or dimension applies to an object on a drawing. It is typically a thin, straight line with an arrow or dot at one end, pointing towards the object being referenced. Leader lines are commonly used in technical drawings to provide clarity and avoid confusion when indicating specific features or measurements on a drawing.Rate this question:
-
- 34.
The lines that represent the axes of symmetrical parts and serve as extension lines for holes or other features are called
-
Leader lines
-
Center lines
-
Hidden lines
-
Extension lines
Correct Answer
A. Center linesExplanation
Center lines are the lines that represent the axes of symmetrical parts and serve as extension lines for holes or other features. They are used to show the center of a circle or an arc and help in determining the symmetry of a part. Center lines are commonly used in technical drawings to provide clear and accurate information about the shape and dimensions of a part.Rate this question:
-
- 35.
You're going to draw an object and you realize that even though it's uniform in length, it's too long for the print, you select
-
An outline
-
A break line
-
A hidden line
-
A phantom line
Correct Answer
A. A break lineExplanation
When drawing an object that is too long for the print, selecting a break line is the appropriate choice. A break line is used to indicate that a portion of the object has been removed for the sake of space or clarity. It helps to show that the object continues beyond the portion that is visible on the print. This allows the viewer to understand the complete length of the object, even if it is too long to fit within the drawing.Rate this question:
-
- 36.
If you dimension a long arc whose center is off the print, the leader line is
-
Broken
-
Straight
-
Omitted
-
Lengthened
Correct Answer
A. BrokenExplanation
If you dimension a long arc whose center is off the print, the leader line is broken. This means that the leader line will have breaks or gaps in it, indicating that the center of the arc is not shown on the print.Rate this question:
-
- 37.
To indicate the location of the center of an arc, use
-
Only vertical dimensions
-
Only horizontal dimension
-
The angles of intersecting lines
-
One horizontal and one vertical dimension
Correct Answer
A. One horizontal and one vertical dimensionExplanation
To indicate the location of the center of an arc, one horizontal and one vertical dimension are used. This is because the center of an arc is determined by its position along both the horizontal and vertical axes. By specifying both dimensions, the exact location of the center can be accurately identified.Rate this question:
-
- 38.
When you show contour dimensions, show the size and location of holes in the
-
Blue print notes nearest the title
-
Views where the contours appear
-
Most convenient place on the print
-
Print and connected with a leader line
Correct Answer
A. Views where the contours appearExplanation
The correct answer is "views where the contours appear." When showing contour dimensions on a blueprint, it is important to indicate the size and location of holes in the views where the contours are visible. This ensures that the dimensions are accurately represented and easily understood by the reader. Placing the dimensions in the views with the contours allows for clear and concise communication of the necessary information.Rate this question:
-
- 39.
What feature permits a screw head to seat flush with the parent material?
-
Collar
-
Chamfer
-
Countersink
-
Counterbore
Correct Answer
A. CountersinkExplanation
A countersink is a feature that allows a screw head to seat flush with the parent material. It is a conical hole that is created in the material to accommodate the screw head. By using a countersink, the screw head can be recessed into the material, providing a smooth and flush surface. This helps to prevent any obstructions or protrusions that could interfere with the overall appearance or functionality of the project.Rate this question:
-
- 40.
For press fit purposes, the information you must include on the print for knurling is the
-
Pitch and depth of the knurl
-
Depth and strength of the knurl
-
Tolerance diameter before the knurl
-
Total amount of clearance after the knurl
Correct Answer
A. Tolerance diameter before the knurlExplanation
When using press fit for knurling, it is important to include the tolerance diameter before the knurl on the print. This is because the knurling process will slightly increase the diameter of the part, and the tolerance diameter before the knurl ensures that the part will still fit properly in the assembly. Including the tolerance diameter before the knurl allows for proper clearance and ensures that the knurled part will fit correctly in the desired application.Rate this question:
-
- 41.
For fractional dimensions such as 1/8" and 1/16", the amount of tolerance on a print is
-
1/64"
-
1/16"
-
1/8"
-
1/4"
Correct Answer
A. 1/64"Explanation
For fractional dimensions such as 1/8" and 1/16", the amount of tolerance on a print is 1/64". This means that the allowable deviation or variation from the specified dimension is 1/64 of an inch. In other words, the actual measurement of the part can be up to 1/64" smaller or larger than the specified dimension and still be considered within tolerance. This level of tolerance is smaller and more precise compared to the other options provided (1/16", 1/8", and 1/4"), indicating that the manufacturing process requires a higher level of accuracy and precision for these fractional dimensions.Rate this question:
-
- 42.
The tolerance for a dimension with a two place (X.XX) decimal is
-
0.001 inch
-
0.010 inch
-
0.100 inch
-
0.000 inch
Correct Answer
A. 0.010 inchExplanation
The tolerance for a dimension with a two place (X.XX) decimal is 0.010 inch. Tolerance refers to the allowable variation or deviation from the specified dimension. In this case, a dimension with a two place decimal requires a tolerance of 0.010 inch, meaning that the actual measurement can vary by up to 0.010 inch from the specified dimension.Rate this question:
-
- 43.
For angular dimensions where no tolerances is given, hold the angle to the nearest
-
Minute
-
Second
-
Half degree
-
Whole degree
Correct Answer
A. Half degreeExplanation
When no tolerances are given for angular dimensions, it is recommended to hold the angle to the nearest half degree. This means that the angle can be rounded to the nearest 0.5 degrees. This level of precision allows for a reasonable level of accuracy without being overly specific. Holding the angle to the nearest half degree ensures that the measurement is not rounded too much, which could result in significant errors, while also avoiding unnecessary precision that may not be required for the given application.Rate this question:
-
- 44.
Surface roughness is the measurement of finely spaced irregularities whose hieght, width, and direction establish surface
-
Value
-
Pattern
-
Strength
-
Hardness
Correct Answer
A. PatternExplanation
Surface roughness refers to the measurement of the finely spaced irregularities on a surface. These irregularities can vary in terms of their height, width, and direction, and they collectively establish the surface pattern. Therefore, the correct answer is "pattern."Rate this question:
-
- 45.
Lay is defined as
-
The surface pattern formed in cold rolling
-
Irregularity from improper heat treatment
-
The surface pattern produced by tool marks
-
The direction of the material grain structure
Correct Answer
A. The surface pattern produced by tool marksExplanation
The correct answer is "the surface pattern produced by tool marks". This means that when a material is subjected to machining or cutting processes, the tools used can leave marks or patterns on the surface. These tool marks can vary in depth, width, and direction, and they can be used to identify the type of tool that was used. Therefore, the surface pattern of a material can provide information about the machining process it has undergone.Rate this question:
-
- 46.
Welding symbols give all necessary information for a print, weld symbols give
-
Type of weld and weld contour
-
Type of weld material condition
-
Weld contour and material condition
-
Material condition and weld contamination
Correct Answer
A. Type of weld and weld contourExplanation
Welding symbols provide information about the type of weld and the weld contour. The type of weld refers to the specific welding process that should be used, such as fillet weld or groove weld. The weld contour indicates the shape and dimensions of the weld, such as whether it is a straight line or has a specific curve. This information is important for understanding how the weld should be performed and what the final result should look like.Rate this question:
-
- 47.
To show that a weld needs to be placed on the other side of the part the welding symbol should be placed
-
On the center of the reference line
-
On the bottom of the reference line
-
On the break of the reference line
-
On the top of the reference line
Correct Answer
A. On the top of the reference lineExplanation
The welding symbol is placed on the top of the reference line to indicate that a weld needs to be placed on the other side of the part. This placement signifies that the weld symbol applies to the side opposite to where the symbol is placed. Placing the symbol on the top of the reference line is a standardized convention in welding documentation.Rate this question:
-
- 48.
A tolerance zone defined by two parallel planes is the description of
-
Flatness tolerance
-
Straight tolerance
-
Angular tolerance
-
Parallelism tolerance
Correct Answer
A. Flatness toleranceExplanation
A flatness tolerance is described as a tolerance zone defined by two parallel planes. This means that the acceptable range for the flatness of a surface is determined by these two parallel planes. Any surface within this tolerance zone is considered to be within the acceptable flatness limits.Rate this question:
-
- 49.
Welding symbols give all necessary information for a print, weld symbols give
-
Type of weld and weld contour
-
Type of material condition
-
Weld contour and material condition
-
Material condition and weld contamination
Correct Answer
A. Type of weld and weld contourExplanation
Welding symbols provide information about the type of weld and the weld contour. This means that they indicate the specific method or process used for the weld and also show the shape or profile of the weld. The symbols do not give information about the material condition or weld contamination.Rate this question:
-
Quiz Review Timeline (Updated): Mar 18, 2023 +
Our quizzes are rigorously reviewed, monitored and continuously updated by our expert board to maintain accuracy, relevance, and timeliness.
-
Current Version
-
Mar 18, 2023Quiz Edited by
ProProfs Editorial Team -
Apr 20, 2012Quiz Created by
Jamesh112390
Back to top