CSWA - Certified Solidworks Associate Assembly Component Mating Questions and Answers

Question 1

An assembly requires a shaft to be centered within a slot. The shaft must be able to slide along the length of the slot and rotate. Which mate is the MOST appropriate to achieve this relationship?

Accepted Answer

Slot Mate

Answer

The Slot Mate is specifically designed for relationships involving slots. It can constrain a component to a slot, allowing for translation along the slot's path and rotation, which perfectly matches the requirements.

Question 2

In a SolidWorks assembly, you need to ensure two flat, non-parallel faces maintain a constant angle of 30 degrees relative to each other. Which of the following standard mates should you use?

Accepted Answer

Angle

Answer

The Angle mate creates a fixed angle between two selected entities, such as faces, edges, or planes. This is the correct choice for maintaining a specific, non-perpendicular, and non-parallel angular relationship.

Question 3

You are assembling a rack and pinion system. Which mate type is specifically designed to simulate the linear motion of the rack corresponding to the rotational motion of the pinion?

Accepted Answer

Rack and Pinion Mate

Answer

The Rack and Pinion Mate is a mechanical mate used to convert rotational motion into linear motion, or vice versa, which is the exact mechanical relationship between a rack and pinion gear system.

Question 4

Which of the following mate types would be classified as an 'Advanced Mate' in SolidWorks?

Accepted Answer

Width

Answer

The Width mate is categorized as an Advanced Mate. It centers a tab between two planar faces. Tangent, Concentric, and Lock are all considered Standard Mates.

Question 5

A scenario requires two gears to rotate relative to one another. The teeth must engage correctly, and the rotation of one gear should drive the other at a specified ratio. What is the most suitable mate for this application?

Accepted Answer

Gear Mate

Answer

The Gear Mate is a mechanical mate that forces two components to rotate relative to one another about selected axes. You can define a specific ratio to simulate the interaction between the gear teeth accurately.

CSWA - Certified Solidworks Associate Practice Test

CSWA - Certified Solidworks Associate Practice Test

CSWA - Certified Solidworks Associate Assembly Component Mating Questions and Answers