• 01. Scenario. You are creating a part that will act as a cartridge. The top corners need chamfers added. Task(s): Add the chamfers as shown (Use a distance of 0.125)
• 02. Task(s): Which of the following is NOT one of the Place Views available when creating a manufacturing drawing? (a. Base view, b. Auxilary view, c. Section view, d. <b>Primary view</b>)
• 03. Scenario: You have 2 circles and a line created in a sketch. Add the following constraints to the sketch in order.
  • Tasks(s):
  • Constrain the larger circle to be the same size as the smaller circle
  • Constrain both circles horizontally
  • Constrain the two circles to the line
  • Answer: select the Sketch tab, click EQUAL constraint (select smaller circle-source then larger one-destination-what it will be), click HORIZONTAL constraint (select center of smaller/first circle then click the center of the second circle), click TANGENT constraint (select center of circle then click the line)
• 04. Secenario: In Inventor while creating a Drawing you are able to add Drawing Resources. Task(s): Which of the following is NOT one of the options under Drawing Resources in Inventor? (a. Note Boxes, b. Sketched Symbols, c. Borders, d. Title blocks)
  • Answer: 'Note Boxes' is not a valid option under Drawing Resources in Inventor. You are able to add/modify 'Sheet Formats', 'Borders', 'Title Blocks' and 'Sketched Symbols'.
• 05. Scenario: You have created a section view and would like to modify the section cutting line. Task(s): To change the angle of the section cutting line you would… (a. First delete a constraint, b. Drag the line ends, c. Click the rotate option, d. Drag the line)
  • Answer: 'Drag the line ends' is the correct choice. This will let you change the angle of the section view cutting line. 'Drag the line' allows you to move the entire cutting line on the X or Y axis.
• 06. Scenario: In creating a new part you want to do so using a template. Task(s): Create a new part file using the Sheet Metal(in).ipt template
• 07. Scenario: You want to create a L shaped bracket, you will begin by drawing a sketch. Task(s): Use the Line and Fillet tools to create a sketch similar to that shown in the image. Begin at the red starting point, use the appropriate lengths shown in the table below using the picture as a reference. Click the red point a second time to terminate your line. Use the default fillet corner settings for the founded edge.
• 08. Scenario: You are creating a sketch for a hinge object and first would like to constrain a circle to the X & Y axis. Task(s): Add the necessary constraint to center the circle object on the X & Y axis.
  • Answer: click Sketch tab, click COINCIDENT constraint, click center of circle, click midpoint of line
• 09. Scenario: There are four primary file types that you will use in Autodesk Inventor. Task(s): Use the list boxes to correctly identify each file type with its corresponding number.
  • Answer: file.iam = Assembly File, file.ipn = Presentation File, file.ipt = Part File, and file.dwg = Drawing File
• 10. Scenario: You are assembling a rod to a housing object. Task(s): Use the correct constraint to insert the rod in the housing and give it a -0.85 offset to center the rod.
  • Answer: click Constrain button, Insert type, select pin, select housing, delete 0.000 mm and enter -0.85, click OK
• 11. Scenario: You are in the process of creating a cabinet object. You would like to add an intersecting shelf. Task(s): Use the Rib feature to create the intersecting shelf, give the Rib a thickness of 0.05.
  • Answer: Under the Model tab Create group, select the Rib button. 2) In the viewport area select both intersecting blue lines. (This will display green preview lines). 3) In the Rib dialog box under 'Thickness', enter 0.05, 4) In the Rib dialog box click OK.
• 12. Scenario: You have created a 2D sketch of a piece of geometry. Task(s): Which command would you use to project the sketch 360 degrees?
  • Answer: 'Revolve' is the correct command. The Revolve command will allow you to project your sketch in a 360 degree revolution. 'Copy Sketch' and 'Replicate' are not valid commands in Autodesk Inventor. 'Project Geometry' is used to create reference geometry by projecting model geometry from a sketch onto an active sketch plane.
• 13. Scenario: You have created a metal plate that will sit atop a metal encasing. The top needs to be shaped into a shell. Task(s): Create a shell out of the metal plate, give it a thickness of 0.25
• 14. Scenario: You are adding dimensions to a drawing. Task(s): Which type of radial dimension has been used in the image? (<b>a. Arc Length</b>, b. Angular Dimension, c. Rotation Length, d. Chord Length)
• 15. Scenario: User created parameters can help improve your work flow when dimensioning similar objects. Task(s): Create the following user parameters in the order below and apply them to the three sides of the triangle as appropriate. Parameter Name: bottom, Equation 1.20, Parameter Name: side, Equation: 0.75
• 16. Scenario: You have created a metal plate that has a hole created for a bolt. You would like each corner of the metal plate to have the same hole. Task(s): Create the remaining bolt holes using the best method.
  • Answer: 1) Under the Model tab Pattern group, select the Rectangular Pattern button, 2) Select the pre existing hole that is in the square object, 3) In the Rectangular Pattern dialog box, select the red arrow button underneath 'Direction 1', 4) Select the top edge of the square object, 5) In the Rectangular Pattern dialog box, select the red arrow button underneath 'Direct 2', 6) Select the right edge of the square object, 7) In the Rectangular Pattern dialog box click the OK button.
• 17. Scenario: In Inventor you are able to create copies of features and have them follow patterns, in this case a Spline. Task(s): Create 8 holes that follow the Curve Length of the Spline.
• 18. Scenario: The current view of the assembly that you are viewing is set to Left in the View Cube. You would like this view to be set as Top. Task(s): Set the current view as Top.
• 19. Scenario: You want to document a part you have created by showing several views of the part. Task(s): Create the Base back view first and the three accompanying views as shown in the image.
• 20. Scenario: It is important to recognize the various sketch constrain icons. Task(s): Use the drop down boxes to select the correct name for the corresponding number placement.
  • 1)
• 21. Scenario: You have created a basic sketch that you would like to model into a basic water hose nozzle. Task(s): Use the necessary command to create the water hose nozzle.
  • Answer: make sure you use full revolve extents instead of angle
• 22. Scenario: In creating a new drawing you want to do so using a Metric based template. Task(s): Create a new drawing using the BSI.dwg template.
• 23. Scenario: The object you have created will need to have a hole created for a metal screw. Place a Counterbore hole in the area marked by the X. Task(s): Create the hole with the following properties: a) hole type - counterbore, b) counterbore diameter 8.0, c) counterbore depth 2.0, d) hole depth 8.0 and e) diameter 3.0
• 24. Using Fillets
• 25. Drawing Resources
• 26. Place Views
• 27. Modify section cutting lines
• 28. Using radial dimensions
• 29. Plane, axis, and center point
• 30. Create a sweep

1. Shrinkwrap Style icon question
   1. simplify an assembly
2. Bill of Materials (BOM)
   1. Manage > Bill of Materials
   2. Renumber to renumber rows according to the new order
   3. can only be done assemblies and drawings, cannot do a bill of materials on parts and presentations
3. Design Accelerator - bolted connections
4. Assembly Joints (rigid, rotational, slider, cylindrical)
5. Create a solid from surfaces (faces or quilt) and thicken
6. Create a level of detail - know how to suppress components with component selection tools
   1. Quick Access toolbar > Select > Component Size with At Least 35%
   2. then suppress that selection set
7. Project Files - can set Workspace, Libraries, and Frequently used subfolders
   1. Getting Started tab > Launch panel > Projects
   2. Projects are used to organize files and to maintain links between files
   3. A project file is a text file with an .ipj extension. The file specifies the paths to the files in the project. To assure that links between files work properly, add the locations for all files to the project file before working on model files.
   4. frequently used subfolders (open and save)
   5. By default, projects use relative paths. In projects, a path is relative to the location of the project file (.ipj), which is located in either the workgroup or workspace.
   6. Show Your Strength with Inventor 2015 Certification Prep Class
   7. Part Templates - a part file becomes a template when you save it in the Templates folder. For example, if you have a part file that contains settings, properties, or other elements you want to use for other parts, save a copy of it in the UsersPublicDocumentsAutodeskInventor 2015Templates. What to include in the part template (1-size of origin work planes to accommodate average size of parts you create, 2-set and define the default material, 3-specific materials and appearances)
8. Sketch using Relax Mode (located in the status bar) Relax Mode allows you to modify geometry and apply new constraints to geometry that is already constrained. With Relax Mode ON: •Dragging geometry will remove conflicting constraints. •Dimensions become Driven while dragging. With Relax Mode OFF, dragging geometry will not remove existing constraints and dimensions.

* Practice Files are found at S:\CADD\Textbook\AutodeskInventor7CertificationExamPrepManual-Banach\ExamFiles

1. 0
2. 1
3. 20
4. Unlimited

• “Note: Projects use relative paths rather than absolute paths when the project locations such as the workspace, workgroup, or libraries are in a subfolder of the folder that contains the project file.” Autodesk Inventor 2015 Help
• “When you install Autodesk Inventor, it installs a 'Default' project automatically. If you do not create a project or specify a different project when you start working in Inventor, the default project is automatically active. The default project does not define an editable location. However, you can use it to create designs immediately, and save files anywhere without regard to projects and file management. Your files are saved to the default project. Generally, you use the default project for experimentation only, not actual design work. You cannot delete the Default project.” Autodesk Inventor 2015 Help - Projects for organizing design data
• “The project file (.ipj) is stored in the workspace.” Autodesk Inventor 2015 Help
• “You use a separate project file for each project, and locate the files specific to that project in the workspace folder, including the project file. Then you can copy the entire project folder back and forth between your local disk and the shared server. If you have sufficient space, you can also copy the necessary or frequently used libraries to your computer. Use Pack and Go to create a local copy of the libraries that contain only the library files referenced from your project.”
• Understand Workspaces - “Only one workspace can be defined in a single-user project”

1. Libraries
2. Local search paths
3. Workgroup
4. Workspace

1. The file has been moved to a path that is not defined in the project
2. Network problems
3. A file has been moved from one library to another
4. All of the above

• "If the file cannot be located, the Resolve Link dialog box appears...then you can manually locate the file or skip the file" (Autodesk Inventor 6 Essentials with Autodesk Inventor 7 Update by Banach, p. 7)

1. 1
2. 2
3. 3
4. Unlimited

• "Applying a fixed point or points will prevent the endpoints or edges of objects from moving. The fixed point overrides any other constraint. Any endpoint or segment of a line, arc, circle, spline segment, or ellipse can be fixed. Multiple points in a sketch can be fixed. If you select near the endpoint of an object, the endpoint will be locked from moving. If you select near the midpoint of a segment the entire segment will be locked from moving in directions that are undesirable, you can apply Fix constraints to hold the endpoints of the objects in place. You can remove a fix constraint as needed. Deleting constraints will be covered later in this chapter." (Autodesk Inventor 6 Essentials with Autodesk Inventor 7 Update by Banach, p. 67)

1. Hold down the ALT key while sketching
2. Hold down the CTRL key while sketching
3. Hold down the DELETE key while sketching
4. Hold donw the ALT and CTRL keys while sketching

• "Automatic Constraints. While sketching, small constraint symbols appear that represent geometric constraint(s) that will be applied to the object. If you do not want a constraint to be applied, hold down the **CTRL** key when the point is selected." (Autodesk Inventor 6 Essentials with Autodesk Inventor 7 Update by Banach, p. 52)

1. 429.352 mm²
2. 429.353 mm²
3. 429.354 mm²
4. 429.355 mm²

1. 393.133 mm
2. 393.134 mm
3. 393.135 mm
4. 393.136 mm

• </li>

1. All and Midplane
2. To and Select Surface
3. To Next and Terminator
4. From To and Select Start Surface / Select End Surfaces

1. Delete the base feature, which always deletes dependent features. Model the part again.
2. Clear the check box next to dependant sketches and features in the Delete Features dialog box
3. Right-click in the Browser on the features you wish to keep, select Lock Feature and delete the base feature.
4. Highlight the desired feature using the mouse, and hold down the ALT key while pressing the DELETE key on the keyboard.

1. It cancels the active tool
2. The Design Assistant
3. Design Doctor/Recover tool
4. Quick Fix tool

• "If, after updating the part, the Browser turns red, it is an alert that the new values or settings were not successfully regenerated. You MUST click the Stnadard toolbar until the part reappears correctly. You can then edit and enter new values or select different settings." (Autodesk Inventor 6 Essentials with Autodesk Inventor 7 Update by Banach, p. 109)

• Download and extract/unzip 04_01.ipt in ExamFiles.zip
• Then open in Autodesk Inventor.
• Create three fillet features using the following steps:

• Step 1: Create a 3 mm fillet on the two edges as indicated.
• Step 2: Create a 2 mm fillet along the eight indicated edges with 7 mm setbacks on the four vertices.
• Step 3: Add a 1.5 mm fillet on the edge of the hole as indicated.
• What is the mass in kilograms of the resulting solid body?

1. 0.055 kg
2. 0.056 kg
3. 0.057 kg
4. 0.058 kg

1. Edge Chain - All tangentially connected edges
2. Edge Chain - Single edge
3. Setback - Setback
4. Setback - No Setback

1. 2
2. 3
3. 4
4. 5

1. Design Data
2. Thread Data
3. Templates
4. Textures

• "There are two tabs in the Thread Feature dialog-each is described below. The thread data comes from an Excel spreadsheet named Thread.xls. By default, the spreadsheet is located in the Program FilesAutodeskInventorDesign Data directory. This spreadsheet can be modified to match your company's standards. The thread data is used to display the thread on the part and when the thread is annotated in a drawing view. The thread data is not associative to the threads on existing parts. When changes are made to the spreadsheet, the new values are only used when new threads area created. If a dimensional change is made to the diameter of the cylinders where a thread has been placed, a warning dialog box is displayed when the part is updated. The dialog box notifies you that an inappropriate thread size is used. Accept the warning message and then modify the thread feature to a size that fits the corresponding diameter." (Autodesk Inventor 6 Essentials with Autodesk Inventor 7 Update by Banach, p. 139)
• Default installation folder for the Thread.xls is found in //C:\Users\Public\Documents\Autodesk\Inventor 2014\Design Data\XLSen-USThread.xls//

1. Create multiple shell features to generate unique face thickness values.
2. Thickness edit box - Add multiple thickness values.
3. More button - Select multiple faces and enter multiple thickness values.
4. More tab - Select multiple faces and enter multiple thickness values.

1. Format > Work Feature Visibilit
2. Tools > Object Visibility
3. View > Work Features
4. View > Object Visibility

1. Leg
2. Arrowhead
3. Plane
4. Origin

*

1. Sketch1
2. Sketch2
3. Sketch3
4. Sketch4

1. Assembly
2. Drawing
3. Part
4. Presentation

1. Modify the dimension style that the dimension references.
2. Right-click the dimension and select Options.
3. Right-click the dimension and select Text.
4. Right-click the dimension and select Tolerance.

1. Unlimited
2. One base view per type of Autodesk Inventor file
3. One
4. Unlimited, but you must reference the same type of files for each drawing (all assemblies, all pars, etc.)

1. Right-click the view and select In Position from the Alignment menu
2. Click and drag the view - it can be moved to any position on the sheet.
3. Right-click the view and select Break from the Alignment menu.
4. Right-click the view and select Move View.

1. Reference dimensions can only be applied by using the Reference Dimension tool in the Panel Bar.
2. To change the value of a drawing reference dimension, the modification must take place in the ipt file.
3. Reference dimensions are non-parametric and will not update if the .ipt changes.
4. Edit Model Dimension modifies all dimensions types.

1. The locations of the centerlines are not updated until you select the Update tool.
2. The centerlines maintain their original position and must be recreated.
3. The centerlines are automatically updated to reflect the change.
4. You must refresh the drawing view by activating one of the view tools to update the display of the centerlines.

1. Bend features
2. Punched features
3. Revolved circular patterns
4. Swept features

1. A hole feature must exist in the model that will be annotated with the Hole/Thread Note tool.
2. An extruded circle must exist in the model that will be annotated with the Hole/Thread Note tool.
3. A drawing view that shows the hole in a plan view must exist.
4. A thread feature must exist in the model that will be annotated with the Hole/Thread Note tool.

1. ...\Inventor 7\Templates
2. ...\Inventor 7\Content
3. ...\Inventor 7\Catalog
4. ...\Inventor 7\Design Data

1. Tools > Document Settings > Drawing tab
2. Tools > Application Options > Sketch tab
3. Tools > Application Options > Drawing tab
4. Tools > Document Settings > Sketch tab

1. X = 6.558, Y = 17.446 and Z = 26.824
2. X = 6.559, Y = 17.446 and Z = 26.825
3. X = 6.560, Y = 17.446 and Z = 26.826
4. X = 6.561, Y = 17.446 and Z = 26.827

1. Mate-face
2. Rotation
3. Tangency
4. Transitional

• "Use the rotation constraint to define a component that will rotate in relation to another component, by specifying a ratio for the rotation between the two components. Use this constraint for showing the relationship between gears and pulleys. Selecting the tops of the gear faces displays the rotation glyph in the following image. You may also have to change the solution type from Forward to Backward, depending on the desired results." (Autodesk Inventor 6 Essentials with Autodesk Inventor 7 Update by Banach, p. 233)

1. Double-click on the conflicting constraint name in the Browser or right-click on the assembly constraint's name and select Recover from the menu.
2. Move the cursor over the part that contains the conflicting assembly constraint in the graphics window. Right-click and select Recover from the menu.
3. Change Autodesk Inventor's Select optionto Leaf Priority and then double-click on the part that has the conflicting assembly constraint in the graphics window.
4. All of the above

1. Adapt Feature option from under the In-Place Features From/To Extents (when possible) heading.
2. Mate Plane option from under the In-Place Features From/To Extents (when possible) heading.
3. Enable Associative Edge/Loop Geometry Projection During In-Place Modeling option under the Cross Part Geometry Projection heading.
4. Features are Initially Adaptive option under the Part Feature Adaptivity heading.

1. 41.34 mm
2. 41.35 mm
3. 41.36 mm
4. 41.37 mm

1. 0.011 in³
2. 0.012 in³
3. 0.013 in³
4. 0.014 in³

• "Once the sets are defined, click the OK button. The order in which the components are selected has no significance. If interference is found, the Interference Detected dialog box will appear, as shown in the following image. The information in the dialog box defines the X, Y, Z coordinates of the centroid of the interfering volume, and lists the volume of the interference. A temporary solid will also be created in the graphics window that represents the interference. The interference report can be copied to the clipboard or printed from the tools in the Interference Detected dialog box. When the operation is complete, click the OK button and the interfering solid will be removed from the screen. After analyzing and finding interference, edit the components to remove the interference. Note: Interference can also be detected when driving constraints." (Autodesk Inventor 6 Essentials with Autodesk Inventor 7 Update by Banach, p. 261-2)

1. Centerlines
2. Explosion lines
3. Trails
4. Tweaks

• "Trails - lines that show how the parts are being exploded." (Autodesk Inventor 6 Essentials with Autodesk Inventor 7 Update by Banach, p. 265)

1. Edit the trails origin
2. Hide a component
3. Move a component
4. Rotate a component

1. Balloons all the parts in all views.
2. Balloons all the parts in a selected view.
3. Balloons all the parts in all the views that fit within a specified range.
4. Balloons all the parts in a selected view that fit within a specified range.

1. Right-click on the parts list and select Edit Parts List from the menu. From the Edit Parts List dialog box, select the row after which the split will occur. Right-click and select Column Split from the menu.
2. When creating a parts list, right-click and select Edit Parts List from the menu. Select the row after which the split will occur from the Edit Parts List dialog box. Right-click and select Column Split from the menu.
3. Right-click on the row in the parts list where you want the split to occur and select Column Split.
4. All of the above

1. Disable the part
2. Ground the part
3. Make the part adaptive
4. Turn its visbility off

1. 362.68 mm²
2. 362.69 mm²
3. 362.70 mm²
4. 362.71 mm²

1. You can apply geometrical constraints and dimensions.
2. You can apply ONLY geometric constraints.
3. You can apply ONLY dimensional constraints.
4. You cannot assign any constraints or dimensions.

1. It is a copied sketch.
2. It is being edited.
3. It is a shared sketch.
4. It's a sketch in a derived part.

1. Centerline
2. Construction
3. Normal
4. Work axis

• "When you need to create a symmetrical part, you can use the Mirror sketch tool and the symmetry constraint to reduce the number of constraints and dimensions that are required to fully constrain the sketch...The line of symmetry must be a single line but its style can be normal, construction, or centerline." (Autodesk Inventor 6 Essentials by Banach, p. 302)

1. Right-click in the graphics window and select Reverse Slice Direction from the menu.
2. Rotate the model so the correct side will be sliced (the side of the model that faces you will be sliced away) and the graphics slice will update.
3. In the graphics window right-click and select (uncheck) Slice Graphics from the menu. Then rotate the model so the correct side will be sliced (the side of the model that faces you will be sliced away) and then right-click and select Slice Graphics from the menu in the graphics window.
4. All of the above.

1. Spaces
2. Mathematical symbols
3. Special characters
4. Alpha and numeric values

• "The parameter name cannot include spaces, mathematical symbols, or special characters. These can be used to define the equation." (Autodesk Inventor 6 Essentials with Autodesk Inventor 7 Update by Banach, p. 321)

1. 2.907E+005 mm³
2. 2.908E+005 mm³
3. 2.909E+005 mm³
4. 2.910E+005 mm³

1. Be a single open profile
2. Consist of multiple-intersecting profiles
3. Consist of multiple nonintersecting profiles
4. None of the above

1. 1.175E+003 mm³
2. 1.176E+003 mm³
3. 1.177E+003 mm³
4. 1.178E+003 mm³

1. 163.502 mm
2. 163.503 mm
3. 163.504 mm
4. 163.505 mm

1. Click the Rotation button that is not depressed
2. Click the Axis Flip button
3. Draw the axis in the positive Z direction
4. Change the number in the Revolution area under the Coil Size tab to a positive number

• "Axis A straight line or work axis that defines the axis of revolution. It cannot intersect the profile. To reverse the coil direction, click the direction icon." (Inventor 2015 Help - [[http://help.autodesk.com/view/INVNTOR/2015/ENU/?guid=GUID-626EEF76-C80D-49B1-BFFF-FA49C4442B68|Coil Dialog Box]])

1. 0
2. .25
3. .5
4. 1

• Download and extract/unzip Copy Feature.ipt in ExamFiles.zip
• then open using Autodesk Inventor. Copy the feature named Copy This Feature and its dependants to the right face, as shown. What is the volume in cubic millimeters of the part after the copy operation?
• 

1. 9.970 mm³
2. 9.971 mm³
3. 9.972 mm³
4. 9.973 mm³

1. Delete the information in the text box area and click the Apply button in the Properties dialog box.
2. Delete the information in the text box area and click the Update button on the Standard toolbar
3. Right-click in the area and click Default Value from the menu.
4. Right-click in the area and click Delete Override from the menu.

1. The Show Reflections and Textures option under Tools> Application Options> Color tab is not checked.
2. The part does NOT have a texture pattern applied
3. The referenced texture pattern cannot be resolved
4. The texture pattern is defined with a pattern of question marks

1. Splines
2. Arcs
3. Circles
4. Line segments

1. Horizontal orientation
2. Rectangular style
3. Structural style
4. Vertical orientation

1. An open profile boundary over the area to break
2. A closed profile boundary over the area to break
3. A dimensional value that specifies the depth of the break
4. The name of the component on which the break should terminate

1. Select Show Work Features from the Component tab of the Drawing View dialog box.
2. Select Show Work Features from the Options tab of the Drawing View dialog box.
3. Select Show Work Features from the Drawing tab of the Document Settings dialog box
4. Select Show Work Features from the Drawing tab of the Options dialog box.

1. Imported DWG files
2. Base views
3. 3D parts
4. 2D sketches

1. Select Document Settings from the Tools meny, select Exclude from count on the Drawing tab.
2. Right- click the sheet in the Browser, select Edit Sheet, and check the box to Exclude from counts
3. Right-click the sheet in the Browser, and select Exclude from count from the meny.
4. Select Standards from the Format menu, select the Sheet tab, and then unselect the appropriate sheet from the count column.

1. Select Document Settings from the Tools meny, and then set the newly created style as the Active Dimenstion Style on the Drawing tab.
2. Select Application Options from the Tools menu, and then set the newly created style as the Active Dimension Style on the Drawing tab.
3. Select Standards from the Format menu, and then set the Actice Dimension Style tab to the newly created style.
4. Slect Dimensions Styles from the Format menu, and then set the ACtive Dimension Stlye to the newly created style.

1. It removes the text from the arrowheads.
2. It removes a dimension from the set.
3. It deletes a single dimension from the set.
4. It temporarily hides the dimension from the set.

1. An ordinate dimension set must already exist.
2. A datum indicator must be defined
3. A vertical or horizontal direction must be defined.
4. An origin indicator must be defined in the view.

1. Right-click the table and select Refresh Fields.
2. Nothing... updates are automatic.
3. Select the View menu and select Refresh.
4. Select the Update button from the Standard toolbar.

1. 1
2. 2
3. 3
4. 4

1. 0
2. 1
3. 2
4. Unlimited

1. 0
2. 1
3. 2
4. Unlimited

1. Collection iMate
2. Composite iMate
3. Group iMate
4. Infer iMate

1. The parts will return to their starting position.
2. The components involved in the collision will turn red.
3. The value of the constraints will be shown at the collision location.
4. A solid is created that shows the collision area.

1. Right-click in the Browser on the part that will be replaced and select Replace Component from the menu. In the Open dialog box, select the component that will replace the selected component.
2. In the graphics window select the component that will be replaced, right click, and select Replace Component from the menu. In the Open dialog box, select the component that will replace the selected component.
3. Start the Replace tool from the Assembly Panel Bar. Then, select the component you want to replace in the assembly, and choose the component in the Open dialog box that will replace the selected component.
4. All of the above.

1. Select the Library button from the Browser and then select Assembly.
2. Select the Library button from the Browser and then select Model.
3. Select the Assembly tool from the Assembly Panel Bar.
4. Click the Return tool on the Standard toolbar.

1. Only the element will be replaced.
2. Only the parent component will be replaced.
3. The parent component and all the elements in the assembly pattern will be replaced.
4. All of the above.

1. Expand the assembly feature in the Browser, right-click on the part's name, and select Remove Participant from the menu.
2. Select the part that contains the assembly feature in the graphics window, right-click, and select Remove Participant from the menu.
3. Expand the assembly feature in the Browser, right-click on the part's name, and select Delete from the menu.
4. Select the part that contains the assembly feature in the graphics window, right-click, and select Delete from the menu.

1. You must turn the 2D part into a 3D part before returning to the assembly.
2. You must create a 2D design layout as an assembly feature.
3. A 2D design layout CANNOT be constrained in an assembly.
4. None of the above.

1. 0
2. 1
3. 2
4. Unlimited

1. Bend radius
2. Flat Pattern Unfold method
3. Thickness
4. Material

1. Select Deform Cut from the More tab.
2. Select the Cut Across Bend checkbox.
3. Select Bend from the Extents menu.
4. Select To from the Extents menu, then select the bent face.

1. Application Options
2. Document Settings
3. Organizer
4. Sheet Metal Styles

• Step 1: Create a sheet metal face using the profile defined in Sketch1, as shown.
  • 
• Step 2: Repeat the face creation process for Sketch2 and Sketch3, as shown.
  • 
• Step 3: Create a flange on the edge of Face1 that terminates flush with the edge of Face3, and another flange of the same length on the edge of Face1, as shown.
  • 
• Step 4: Next, connect Face2 to Face1 and Face3 to Flange1, as shown.
  • 
• Step 5: Now, change the corner seam between Flange1 and Flange2 to a “no overlap” condition with a gap equal to the part material thickness, as shown.
  • 
• Step 6: Lastly, add a 0.25 inch corner round to the four edges shown.
  • 

• What is the mass of the resulting sheet metal part?

1. 0.031 lbmass
2. 0.026 lbmass
3. 0.024 lbmass
4. 0.029 lbmass

1. Arc
2. Circle
3. Circle edge
4. Hole center

1. Surface
2. Sf
3. Srf
4. Surf

1. 1.014E+003 mm³
2. 1.015E+003 mm³
3. 1.016E+003 mm³
4. 1.017E+003 mm³

1. Show Reflections and Textures option on the Colors tab of the Options dialog box.
2. A part color will be set to default in the Material Color menu on the Standard toolbar.
3. A part material will be assigned from the Properties dialog box.
4. The display style will be set to shaded.

1. A surface can be displayed in a translucent state.
2. The surface is turned into a solid.
3. The surface is displayed in a non-transparent state.
4. The surface can then be used with the To or From To extents option for the Extrude, Revolve, Loft, or Sweep tools.

1. Any assembly.
2. Assemblies that contain at least on component.
3. Assemblies that contain any number of constrained components.
4. You cannot convert an assembly to a weldment.

• Step 1: Create a 0.188 inch chamfer on both occurrences of component 13_02-1 to prepare them for welding.
  • 
• Step 2: Create a 3D fillet weld with a thickness of 0.265 inches, size of 0.265 inches, a ground, convex contour, and an offset of 0.07 inch between the two occurrences of component 13_02-1.
  • 
• Step 3: Create a machined feature that cuts through both sides of the weldment using Sketch1, which has been created under the Machining group in the Browser.
  • 
• What is the mass of the weld?

1. 0.147 lbmass
2. 0.148 lbmass
3. 0.149 lbmass
4. 0.150 lbmass

1. Chamfer, Fillet, Extrude - Cut, Hole
2. Chamfer, Fillet, Extrude - Cut
3. Chamfer, Extrude - Cut, Extrude - Intersection, Hole
4. Chamfer, Extrude - Cut, Hole

1. Select Place Weld Annotation on view placement on the Weld tab of the Drafting Standards dialog box.
2. Right-click a drawing view, select Edit View, and select Weld Annotations from the Options tab.
3. Select Weld Annotations from the Options tab when placing a drawing view.
4. Right-click the desired view and select Get Model Annotation > Get Weld Annotations.

1. File Name, Display Style, and Material
2. File Name, Design Status, and Quantity
3. File Name, Material, and Mass Properties
4. Display Style, Material, and Mass Properties

1. The background of the cell or column is blue.
2. The background of the cell or column is yellow.
3. A note is attached to the cell or column in the table.
4. The contents of both the cell and column are not visible.

1. Open the //.ide// file and select the Edit iFeature tool.
2. Access the Parameters tool when editing the .ide file and modify them.
3. The parameters that define an iFeature cannot be modified after creation.
4. Open a part containing the iFeature and modify the associated parameters to update the //ide// file.

1. The derived part icon turns to a red lightning bolt in the Browser.
2. The derived part icon turns to a green exclamation point in the Browser.
3. There is no notification of pending updates - the part updates automatically.
4. A pop-up dialog box is displayed notifying the user that there are pending updates.

1. Part, Sheet Metal, and Drawing
2. Part, Assembly, Drawing, and Sheet Metal
3. Part, Assembly, Weldment, and Sheet Metal
4. Part, Assembly, Drawing, Weldment, and Sheet Metal

1. Isolated and Shared
2. Isolated, Shared, and Semi-isolated
3. Shared and Semi-isolated
4. Isolated and Semi-isolated

1. Tools > Application options > File tab
2. Project file
3. Tools > Application options > General tab
4. Tools > Document Settings

1. To replace geometry in the assembly.
2. To assign a new part to a particular project.
3. To track and maintain the structure and relationships between files.
4. To delete older revisions of parts kept within a project.

1. Mapping of AutoCAD layers is not supported.
2. You can map AutoCAD layers to Autodesk Inventor layers.
3. You can only map one AutoCAD layer to one sketch.
4. You can map AutoCAD layers to one or multiple Autodesk Inventor sketches.

1. File > iProperties > Custom tab
2. Tools > Document Settings > Units
3. File > Design Assistant > Properties
4. Tools > Application Options > Part tab

1. 27.625 mm³
2. 27.626 mm³
3. 27.627 mm³
4. 27.628 mm³

• Download and extract/unzip In Select.dwg in ExamFiles.zip
• then open Autodesk Inventor. Start a new part file based on the Standard (mm).ipt template file. Insert the highlighted objects from the DWG In Select.dwg AutoCAD file, as shown.
• Use mm as the units of file and constrain the end points.
• 

1. 24.026 mm²
2. 24.027 mm²
3. 24.028 mm²
4. 24.029 mm²

1. 208.672 mm²
2. 208.673 mm²
3. 208.674 mm²
4. 208.675 mm²

1. Will override any existing visibility setting in the subassembly.
2. These design views cannot be altered and saved with the same name.
3. The system design views are automatically created.
4. These system design views can be deleted.

1. The Autodesk Inventor 7 Certification Exam Preparation Manual by Daniel T. Banach and Travis Jones, ISBN 1-4018-5050-2.
   1. Chapter 2 The Pretest (secure pdf)
   2. CD-ROM of Exam Files ExamFiles.zip
2. Autodesk University 2007 - MA105-7 Autodesk Inventor: Preparing for the User Certification and Expert Certification Exams Part I by Dan Banach - Master Graphics Inc.
3. Autodesk Inventor 2015 Help