The following questions will help to emphasize the main points we have learned in this chapter. However, in terms of practical exercises, do not limit yourself to what we provide you with here. Try modeling random objects around you or come up with your own innovative mode to increase your fluency using the software: 

1. What are the equations when modeling parts? Why do we use them?
2. What are the configurations for a specific part? 
3. What are the design tables? 

4. Create the model shown in the screenshot, utilizing global variables and equations:

5. Create the base model shown including the different configurations it highlights. Note that the two squares and the two circles in configurations A and B are mirrors of each other:

6. Create the following model and the different configurations shown using design tables. Use the MMGS measurement system when completing this exercise:

7. Create the following model and the different highlighted configurations. The model is displayed in two different screenshots to cover all of the requirements. Hint: use the mass values to double-check your model's accuracy:

 The answers to the preceding questions can be found at the end of this book.