Question 1

A view that might be considered a &#34;special&#34; view is:&#10;A)The front view&#10;B)The top view&#10;C)The right-side view&#10;D)The bottom view

Accepted Answer

The bottom view is considered a "special" view because it is not one of the three primary views (front, top, right-side) typically used in standard orthographic projection. It provides additional perspective often needed for understanding complex objects, making it special when required.

Question 2

A feature shown in the top view should be shown directly above its position in the front view.

Accepted Answer

In orthographic projection, which includes top and front views, features shown in the top view are directly above their corresponding positions in the front view to maintain consistency and accuracy in representing the object's dimensions and spatial relationships.

Question 3

Lines shown on the bottom view may be omitted from the top view.

Accepted Answer

In technical drawing, lines that are hidden or not visible from the top view can be omitted for clarity and simplicity, focusing on the features that are visible from that perspective.

Question 4

A break line is used to show where a partial view ends.

Accepted Answer

A break line in technical drawing indicates the termination point of a partial view, showing where the object is imagined to be cut off or broken away to reveal internal features or to shorten a long object.

Question 5

The view that will show the most descriptive shape of the part is shown as:&#10;A)The top view&#10;B)The front view&#10;C)The right-side view&#10;D)The left-side view

Accepted Answer

The front view typically provides the most descriptive shape of a part, as it often shows the most details and dimensions, making it easier to understand the part's overall design and features.

Question 6

The most-commonly-used side view is the left-side view.

Accepted Answer

The most commonly used side view in technical drawings is typically the right-side view, as it is often used in conjunction with the front view to provide a comprehensive understanding of the object's dimensions and features.

Question 7

Most engineering drawings include three views:&#10;A)Top, front, and left-side&#10;B)Top, front, and bottom&#10;C)Front, right-side, and left-side&#10;D)Top, front, and right side

Accepted Answer

Engineering drawings typically include the top, front, and right-side views to provide a comprehensive understanding of the object being designed.

Question 8

A benefit of using a partial view is:&#10;A)Saving drawing time&#10;B)Conserving space that would be required to draw the complete object&#10;C)Permitting a larger scale view to show more detail&#10;D)All of the above are benefits of a partial view

Accepted Answer

Partial views save drawing time, conserve space, and allow for larger scale views to show more detail, making all the options correct benefits of using a partial view.

Question 9

A miter line provides for alignment and equal spacing between the views.

Accepted Answer

A miter line is a vertical line that runs through the center of a view. It is used to align the views and to ensure that they are evenly spaced.

Question 10

The top view is positioned:&#10;A)To the right and in line with the front view&#10;B)Directly over and in line with the right-side view&#10;C)Directly over and in line with the front view&#10;D)Wherever space allows

Accepted Answer

The top view is traditionally positioned directly over and in line with the front view in technical drawing conventions. This arrangement helps in maintaining the spatial relationships between different views on a drawing.

Deck 6: Three-View Drawings