Free Autodesk ACP-01101 Practice Exam with Questions & Answers | Set: 3

associative dimensions adjust to changes in the geometric objects they measure. Dimension associativity defines the relationship between geometric objects and the dimensions that give their distance and angles.

Based on 2 and 3, dimensions in a layout may be associated to objects in model space when the DIMASSOC system variable is set to 2.

False: You cannot create a new clipping boundary without removing the existing clipping boundary. If you want to change the clipping boundary, you have to select the PDF underlay, right-click and choose Remove Clipping Boundary first, and then use the Clip PDF command again with a different option12.

True: To access the Underlay Layers dialog box, you have to select a PDF underlay, right-click and choose PDF Layers2. In the Underlay Layers dialog box, you can click the light bulb icon for the layer name that you want to turn on or off2.

True: To use the Align command, you have to select a polyline, right-click and choose Align3. Then you have to specify two source points on the polyline and two destination points on the PDF underlay that correspond to each other3. You can also specify a third pair of points if needed3. Finally, you have to press Enter twice to confirm the alignment3. The statement "You can use the grips on the polyline to align to the edges and corners of the PDF underlay" is true. When you place a rectangular polyline over a PDF underlay and use it as a clipping boundary, the polyline's grips can be used to adjust its size and position so that it aligns with the edges and corners of the underlay.

By hovering the cursor over a grip, you can see its tooltip display the name of the grip and its function. If you then click and drag the grip, you can move it along its corresponding axis to resize the boundary. This allows you to adjust the clipping boundary to fit exactly over the content you want to display.

The Current prompt should be used to make sure that the edge of the top step is shown in a different linetype, as shown by the dashed line in the exhibit. This way, you can set a different linetype for your current layer before using the OFFSET command4.

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True

1. According to the AutoCAD for Design and Drafting documents1, a polyline is a connected sequence of line segments created as a single object. You can create straight line segments, arc segments, or a combination of the two2341. Therefore, the correct answer is True. A polyline can include both straight line segments and arc segments.

2. False.According to the AutoCAD for Design and Drafting documents1, a spline is a smooth curve that passes through or near a set of fit points, or that is defined by the vertices in a control frame. A spline does not have a constant radius, but rather a local radius at each point on the curve2. Therefore, AutoCAD cannot directly dimension or display a radius of a spline curve23. You can use some workarounds such as exploding the curve to arc segments with the FLATTEN command2, or creating a polyline over the top with arc active3, but these may not be accurate or desirable. Therefore, the correct answer is False. The radius on a spline cannot be found in AutoCAD properties.3. TrueAccording to the AutoCAD for Design and Drafting documents1, a 2D polyline is a connected sequence of line segments created as a single object. You can specify an elevation for a 2D polyline using the Edit Polyline Elevations command2. However, this command will assign the same elevation to all vertices of the polyline2. Therefore, you cannot assign different elevations to different segments or points of a 2D polyline. Therefore, the correct answer is True. You can assign only one elevation to a 2D polyline.

When working with arcs in AutoCAD, you can use different methods to draw them. The given exhibit shows a dimensioned arc which looks to be defined by three points: the starting point, the center point, and the ending point. This is typically how the "Start, Center, End" method works.

Start Point: The initial point where the arc begins.

Center Point: The center of the circle from which the arc is a segment.

End Point: The final point where the arc ends.

This method is useful for accurately defining the curve and ensuring it passes through the desired points.

the mode that should be used if you want the default value of the attribute assigned upon insertion where the attribute value cannot be changed is Constant. This option sets the attribute value as constant and prevents it from being modified during a block insertion or later.

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Understanding External References:

External references (Xrefs) allow you to attach drawing files within your current drawing, enabling collaborative work and data sharing.

Xrefs can be attached as Overlay or Attachment. Overlays do not include nested Xrefs, while Attachments do.

Identifying the Problem:

The exhibit shows that the Buildings drawing is nested within the Contours Xref.

To remove the Buildings drawing from the C-3 drawing, it must be detached from the Xref hierarchy.

Steps to Detach Xref:

Right-click (Control-click) the Buildings reference in the Xref Manager.

Select the Detach option. This will remove the Buildings reference from the drawing.

Conclusion:

To remove the Buildings drawing from the C-3 drawing, detach the Buildings reference directly from the Xref Manager.

References:

AutoCAD User Guide on Managing Xrefs.

AutoCAD Help Documentation on Detaching Xrefs.

To create a viewport in AutoCAD that matches the blue-hatched area shown in the exhibit, you need to use the "Polygonal" option in the MVIEW command. The "Polygonal" option allows you to create viewports with non-rectangular shapes, which can be customized to fit any area, such as the irregular shape indicated.

Initiate the MVIEW command:

Type MVIEW or MV in the command line and press Enter.

Select the Polygonal option:

When prompted to specify the option, type P for Polygonal and press Enter.

Define the viewport shape:

Click to specify each vertex of the polygonal shape that matches the blue-hatched area in the exhibit. Continue clicking at each corner or bend in the shape until it is fully outlined.

Complete the viewport:

After specifying all vertices, press Enter to close the shape and complete the viewport creation.

This method ensures that your viewport matches the exact shape of the desired area, providing a tailored view of the drawing within that boundary.

Removes the xref drawing from the host drawing permanently and erases all instances of the xref drawing. = Detach

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Retrieves the xref drawing and displays the most recently saved version of the drawing. = Reload

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Converts the xref drawing into a block, making the drawing a permanent part of the host drawing. = Bind

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