CSWP Advanced and Mechanical Mates 5

Question 1

What is the key difference between a Distance mate and a Width mate when centering a tab in a slot?

Accepted Answer

Width mate automatically re-centers the tab as the slot geometry changes; Distance mates require manual updates

Answer

A Width mate dynamically maintains the centered position regardless of slot size changes, while two Distance mates require manual adjustment if the slot width changes.

Question 2

For a Screw mate, the 'Revolutions per mm' (or pitch) value defines what relationship?

Accepted Answer

How many full rotations occur for each millimeter of axial translation

Answer

The pitch input in a Screw mate specifies how many complete revolutions of the component correspond to one millimeter of linear translation along the screw axis.

Question 3

Which SolidWorks tool allows you to check whether mechanical mates in an assembly are causing over-definition or conflicting constraints?

Accepted Answer

MateXpert

Answer

MateXpert diagnoses mate errors in an assembly by identifying which mates are conflicting or causing over-definition, and provides suggested resolutions.

Question 4

When configuring a Gear mate, what happens if you enter a ratio of 2:1?

Accepted Answer

Component 1 completes two revolutions for every one revolution of Component 2

Answer

A 2:1 ratio means the first (driver) component rotates twice for every single revolution of the second (driven) component, halving the driven component's speed.

Question 5

In a Path mate, setting the 'Percent Along Path' to 50% positions the component where?

Accepted Answer

At the geometric midpoint of the path length

Answer

A Percent Along Path value of 50% places the constrained point at the halfway position along the total arc length of the defined path.

(CSWP) Certified Solidworks Professional Practice Test

(CSWP) Certified Solidworks Professional Practice Test

CSWP Advanced and Mechanical Mates 5