CSWP Advanced and Mechanical Mates

Question 1

Which mechanical mate simulates a gear relationship between two rotating components by maintaining a fixed ratio of angular velocities?

Accepted Answer

Gear mate

Answer

The Gear mate constrains two rotating parts so their angular velocities maintain a constant ratio defined by their pitch circle radii.

Question 2

When defining a Cam mate in SolidWorks, what geometry types are valid for the cam follower?

Accepted Answer

A point, line, or planar face tangent to the cam profile

Answer

The cam follower in a Cam mate can be a point, line, or flat face that remains tangent to the cam surface during motion.

Question 3

A Rack and Pinion mate requires which two geometric references to be specified?

Accepted Answer

A linear edge for the rack and a cylindrical face for the pinion

Answer

The Rack and Pinion mate links the linear translation of the rack (specified by a linear edge) to the rotation of the pinion (specified by a cylindrical or circular face).

Question 4

What does the 'Reverse' option do when configuring a Gear mate between two shafts?

Accepted Answer

Changes the rotation direction so the shafts rotate in the same direction instead of opposite directions

Answer

By default, meshing gears rotate in opposite directions; the Reverse option makes them rotate in the same direction, simulating an internal gear arrangement.

Question 5

Which advanced mate type is used to constrain a component so that it always maintains a specific angle relative to another component as both move?

Accepted Answer

Angle mate with 'Flip Dimension' enabled

Answer

An Angle mate with a defined value constrains the angular relationship between two components' reference planes or faces throughout motion.

(CSWP) Certified Solidworks Professional Practice Test

(CSWP) Certified Solidworks Professional Practice Test

CSWP Advanced and Mechanical Mates