CSWP Advanced and Mechanical Mates 3

Question 1

When using a Limit mate, what happens when the component reaches the defined maximum angle or distance boundary?

Accepted Answer

The component stops moving at that boundary

Answer

A Limit mate acts as a hard stop, preventing the component from moving beyond the defined minimum or maximum value during motion studies or manual dragging.

Question 2

Which SolidWorks mate allows you to define that a component must remain within a specific distance range from a reference, rather than at a fixed distance?

Accepted Answer

Distance mate with Limit option

Answer

Enabling the 'Distance' mate's Limit option lets you specify a minimum and maximum allowed distance, giving the component a range of free travel.

Question 3

In SolidWorks, what is the primary purpose of the 'Profile Center' mate?

Accepted Answer

Centers the cross-section centroid of one component's face with another face's centroid

Answer

The Profile Center mate automatically centers the geometric midpoints of two similar cross-sectional profiles (e.g., rectangular slots and tabs) relative to each other.

Question 4

Which statement correctly describes the behavior of a Symmetric mate?

Accepted Answer

It constrains a component so its selected entity lies equidistant from a symmetry plane relative to another entity

Answer

A Symmetric mate keeps two selected entities (one on each component) equidistant from a specified symmetry plane, so they mirror each other's position during motion.

Question 5

What additional input beyond two component references is required to define a Symmetric mate?

Accepted Answer

A symmetry plane or planar face

Answer

The Symmetric mate requires a plane (or flat face) to serve as the mirror reference about which the two selected entities are kept equidistant.

(CSWP) Certified Solidworks Professional Practice Test

(CSWP) Certified Solidworks Professional Practice Test

CSWP Advanced and Mechanical Mates 3