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Q2. You need to design a steel spring with a pitch diameter of 3 inches, free length of 10 inches, and pitch of 1 inch. How would you accomplish this in SOLIDWORKS?
Create a new sketch of a circle with a diameter of 1 inch. Then use the Helix/Spiral curve command and define a height of 10 inches and pitch of 3 inches.
Create a new sketch of a circle with a diameter of 3 inches. Then use the Helix/Spiral curve command to define a height of 10 inches and pitch of 1 inch.
First, create a new sketch of a circle of 10 inches. Then use the Helix/Spiral curve command and define by pitch of 1 inch and 3 revolutions.
Use the Helix/Spiral curve command and define a diameter of 3 inches, height of 10 inches, and pitch of 1 inch.
Q3. Which single feature could you use to create this image?
Loft
Extruded Boss/Base
Sweep
Revolved Boss/Base
Q4. Which choice is NOT a fillet type in SOLIDWORKS?
constant size
variable size
face
angled
Q5. Your sketch is not extruding correctly. It does not seem to be a properly closed contour, although from a simple visual inspection, it looks to be fully closed. You think perhaps there are some very small gaps in your contour that are causing the issue. What tool can you use to find these small gaps?
Q11. What will Save As do on an existing saved part?
It will delete the original part and save the current part with a new name
It will keep the original part and save the current path with a new name
It will save both the original part and the new part in the current state
It will rename the original part
Q12. You want to show a list of the raw materials, subassemblies, intermediate assemblies, subcomponents, and parts, and the quantities of each, needed to manufacture an end product. What would be useful to accomplish this?
Q18. How would you fix a Lofted Boss/Base feature that appears twisted?
Drag the loft connectors to the correct position, or use guide curves
Reduce the spacing between the loft profiles, then scale the loft body as required
Loft shapes are driven entirely by the loft profiles, adjust the skecthes to remove any ambiguity in the loft path
Ensure that the Twist Along Path option is not selected
Q19. When creating a sweep feature, you receive this error: "Cannot get to a point on the path to start with. For an open path, the path must intersect with the section plane." How can you fix this?
Ensure that the path skecth touches the profile skecth at some point
Select the Path Merge option within the sweep feature
Select the Path Intersection option within the sweep feature
Edit the path skecth and reduce any areas of tight curvature
Q20. With injection molding, one common manufacturing requirement or preference is applying a taper or angle to faces to help with part removal from the mold. Which feature can help you meet this requirement?
Loft
Draft
Wrap
Sweep
Q21. You want to simplify a very large and complex assembly to improve performance while working within it. What should you use?
Q25. You want to build a new part within an assembly to ensure in-context relations and dimensions. You also want to save out this part file as its own unique file. After navigating to the Assembly ribbon tab, what do you do next?
Under Insert Component, select Part to create a new in-context part. Right-click the new part and select isolate
Select Insert Component to create a new in-context part. Right-click te new part and select Save Part (in External File)
Under Insert Components, select New Part to create a new in-context part. Right-click the new part and select Save Selection
Under Insert Components, select New Part to create a new in-context part. Right-click the new part and select Save Part (in External File)
Q31. You dimension an arc in a drawing and notice that the dimension is coming in as the radius value. You want to show the diameter value. To do this, first you click the dimension to open the dimension PropertyManager. What do you do next?
On the Leaders tab, select Diameter
On the Other tab, select Diameter
On the Value tab, and select Diameter
On the Value tab, seect Override Value
Q32. In the image below, which are the parents and children of the Vertical Boss Feature?
The parent is Base Feature; the children are Slot Cutout, Skect3, CBORE Hole, and Fillet2
The parent is Vertical Boss; the childre are Base Feature, Slot Cutout, Sketc3, CBORE Hole, and Fillet2
The parent is Base Feature; the children are Vertical Boss, Slot Cutout, Sketch3, CBORE Holde, and Fillet2
The parents are Vertical Boss and Base Feature; the children are Slot Cutout, Sketch3, CBORE Hole, and Fillet2
Q33. In this image, which parts are fixed?
BASE
LINK 3
LINK 5
LINK 1
Q34. What is this image an example of?
a hole table
a revision table
a tolerance table
a punch table
Q35. What type of dimensioning is shown here?
smart dimensioning
angular running dimensioning
ordinate dimensioning
chain dimensioning
Q36. In the image below, what types of hole are A1 and B1 respectively?
countersink and counterbore
counterbore and countersink
standard and threaded/tapped
threaded/tapped and standard
Q37. What is this sketch an example of?
an open contour sketch
a multi-contour or intersecting sketch
a triple contour sketch
a closed contour sketch
Q38. Can this skecth be extruded?
Yes, you can extrude it using the standard extrude boss option
Yes, you can extrude it using the Selected Contours option
No, the sketch is an open contour and this cannot be extruded
Yes, you can extrude it using the Thin Feature option