CSWP Advanced and Mechanical Mates 4

Question 1

What does the 'Reverse' checkbox do specifically within a Rack and Pinion mate?

Accepted Answer

Reverses the direction of pinion rotation for a given rack translation direction

Answer

The Reverse option in a Rack and Pinion mate flips the sign of the relationship so that rack motion in one direction causes pinion rotation in the opposite sense.

Question 2

Which advanced SolidWorks mate would you use to ensure a pin always stays in contact with a slotted track as the assembly moves?

Accepted Answer

Path mate

Answer

A Path mate constrains a selected point on a component to travel along a specified curve or edge path, keeping the pin within the slot throughout motion.

Question 3

In a Path mate, the 'Pitch/Yaw/Roll' controls define what?

Accepted Answer

How the component's orientation is controlled relative to the path tangent, normal, and binormal directions

Answer

Pitch, Yaw, and Roll settings in a Path mate govern whether the component's orientation follows the path tangent (aligned), stays free, or is locked about each local axis.

Question 4

A Linear Coupler mate links the motion of two components in what way?

Accepted Answer

Defines a ratio between the linear (or angular) displacement of one component and another

Answer

A Linear Coupler mate lets you specify that a defined amount of motion (linear or angular) in one component produces a proportional amount of motion in another, using a user-defined ratio.

Question 5

When would you use an 'Angle' mate's 'Flip Dimension' option?

Accepted Answer

To switch which side of the reference the angle is measured from, selecting the supplementary angle

Answer

Flip Dimension switches the angular measurement to the supplementary side (180° − θ), effectively changing which face normal direction is used as the angle reference.

(CSWP) Certified Solidworks Professional Practice Test

(CSWP) Certified Solidworks Professional Practice Test

CSWP Advanced and Mechanical Mates 4