MAE 1351 EXAM 1 COMPREHENSIVE EXAM QUESTIONS
WITH DETAILED VERIFIED AND 100% ACCURATE
ANSWERS BRAND NEW EXAM ALREADY GRADED A+ PASS
Profile Ans✓✓✓a completed sketch that is used to create a solid
Tangent Ans✓✓✓Touching but not intersecting
Constraints Ans✓✓✓the geometric relationships, dimensions, or
equations, that control the size, shape, and orientation and include
assumptions that the CAD sketcher makes
Implicitly defined Ans✓✓✓hidden from the sketcher
Coincident Ans✓✓✓forces two points to coincide
Concentric Ans✓✓✓makes the centers of arcs or circles coincide
Collinear Ans✓✓✓forces a line to be collinear to another line
Linear constraints Ans✓✓✓define the distance between two points or
lines
Radial constraints Ans✓✓✓specify the radius or diameter of an arc or
circle
, Angular constraints Ans✓✓✓measure the angle between two lines
Associative constraints Ans✓✓✓also called algebraic constraints, is
used to relate one constraint to another via an equational in variables
Variational Technique Ans✓✓✓solves the algebraic constraint variable
all at once, once there are enough equations
Parametric Technique Ans✓✓✓solves the algebraic constraints in
sequential order
Driving dimension Ans✓✓✓changing the dimensions changes the
model
Driven dimension Ans✓✓✓changing the model changes the dimensions
Ground constraint Ans✓✓✓the first constraint applied, they serve as
anchors to fix geometry in place, and are usually a line or point having
been made coincident with the origin or plane
Regeneration Ans✓✓✓Updating the profile to show its new shape after
constraints are changed or added
WITH DETAILED VERIFIED AND 100% ACCURATE
ANSWERS BRAND NEW EXAM ALREADY GRADED A+ PASS
Profile Ans✓✓✓a completed sketch that is used to create a solid
Tangent Ans✓✓✓Touching but not intersecting
Constraints Ans✓✓✓the geometric relationships, dimensions, or
equations, that control the size, shape, and orientation and include
assumptions that the CAD sketcher makes
Implicitly defined Ans✓✓✓hidden from the sketcher
Coincident Ans✓✓✓forces two points to coincide
Concentric Ans✓✓✓makes the centers of arcs or circles coincide
Collinear Ans✓✓✓forces a line to be collinear to another line
Linear constraints Ans✓✓✓define the distance between two points or
lines
Radial constraints Ans✓✓✓specify the radius or diameter of an arc or
circle
, Angular constraints Ans✓✓✓measure the angle between two lines
Associative constraints Ans✓✓✓also called algebraic constraints, is
used to relate one constraint to another via an equational in variables
Variational Technique Ans✓✓✓solves the algebraic constraint variable
all at once, once there are enough equations
Parametric Technique Ans✓✓✓solves the algebraic constraints in
sequential order
Driving dimension Ans✓✓✓changing the dimensions changes the
model
Driven dimension Ans✓✓✓changing the model changes the dimensions
Ground constraint Ans✓✓✓the first constraint applied, they serve as
anchors to fix geometry in place, and are usually a line or point having
been made coincident with the origin or plane
Regeneration Ans✓✓✓Updating the profile to show its new shape after
constraints are changed or added
