Questions: Sketches can be full-fledged through dimensions or Geometric relations can simply sketch by the number of dimensions required The as known and set to be equivalent to make it Constraint geometry is any sketch element used in the modeling workflow, for example, the sides of a polygon could all be set to be same length or a circle This is known as the has could be draw on the diagonals of a quadrilateral and set to be equal

Sketches can be full-fledged through dimensions or
Geometric relations can simply sketch by
the number of dimensions required
The as known and set to be equivalent to make it

Constraint geometry is any sketch element used in the modeling workflow,
for example, the sides of a polygon could all be set to be same length or a circle

This is known as the

has could be draw on the diagonals of a quadrilateral and set to be equal
Transcript text: Sketches can be full-fledged through dimensions or Geometric relations can simply sketch by the number of dimensions required The as known and set to be equivalent to make it Constraint geometry is any sketch element used in the modeling workflow, for example, the sides of a polygon could all be set to be same length or a circle This is known as the has could be draw on the diagonals of a quadrilateral and set to be equal
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Solution

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The answer is "geometric."

Explanation for each option:

  • Geometric: This term fits the context of defining sketches and constraints in geometry, such as setting sides of a polygon to be the same length or defining a circle.
  • Healing: This term does not fit the context of defining sketches or geometric constraints.
  • Visible: This term does not fit the context of defining sketches or geometric constraints.
  • Coincident: While this is a geometric term, it specifically refers to points or lines that occupy the same position, which does not fit the broader context of the question.
  • Square: This term is too specific and does not fit the broader context of defining sketches or geometric constraints.
  • Housebuilder's: This term does not fit the context of defining sketches or geometric constraints.

Summary: The term "geometric" is the most appropriate choice for defining sketches and constraints in the context provided.

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