$1.$ What type of condition is applied when a part contains its largest amount of material?

a$.$ Allowable condition

b$.$ Least material condition

c$.$ Maximum material condition

d$.$ Regardless of feature size condition

$2.$ What is a highly polished granite planar surface an example of$,$ when used as a reference to measure from?

a$.$ Area datum

b$.$ Axis datum

c$.$ Feature datum

d$.$ Simulated datum

$3.$ What type of datum is formed when a planar surface on a part is pressed up against a solid reference cylinder?

a$.$ Datum axis

b$.$ Datum line

c$.$ Datum point

d$.$ Datum surface

$4.$ What term describes a part$$s ability to move along the positive and negative direction and rotate clockwise and counterclockwise about the X$,$ Y$,$ and Z axes?

a$.$ Degrees of allowance

b$.$ Degrees of tolerance

c$.$ Degrees of limits

d$.$ Degrees of freedom

$5.$ What does three planes intersection at $90$ degrees refer to$?$

a$.$ Datum limit frame

b$.$ Datum reference frame

c$.$ Datum specification frame

d$.$ Datum tolerance frame

$6.$ What does the following symbol illustrate?

a$.$ Datum axis

b$.$ Datum line

c$.$ Datum point

d$.$ Datum surface

$7.$ What determines the order of datum surfaces?

a$.$ Alphabetical order

b$.$ Numerical order

c$.$ Order in the feature control frame

d$.$ Sequential order

$8.$ What does the intersection of two imaginary planar surfaces form?

a$.$ Datum axis

b$.$ Datum point

c$.$ Datum reference

d$.$ Datum surface

$9.$ What does the abbreviation RFS stand for?

a$.$ Regardless of Feature Size

b$.$ Regardless of Future Status

c$.$ Regardless of First Size

d$.$ Regardless of First Surface

$10.$ What type of datum is being used if a cylindrical object is held by both its ends while checking for runout?

a$.$ Cylindrical datum

b$.$ Axial datum

c$.$ Compound datum

d$.$ Coplanar datum

$11.$ What type of datum is located by placing an X on a part on the drawing?

a$.$ Datum axis

b$.$ Datum line

c$.$ Datum point

d$.$ Datum surface

$12.$ What type of datum is located using a circle drawn using a phantom line and its area cross hatched?

a$.$ Datum axis

b$.$ Datum point

c$.$ Datum surface

d$.$ Datum target

$13.$ What type of tolerance is Perpendicularity?

a$.$ Form feature

b$.$ Individual feature

c$.$ Locational feature

d$.$ Related feature

$14.$ What type of tolerance is Circularity?

a$.$ Individual feature

b$.$ Locational feature

c$.$ Related feature

d$.$ Runout feature

$15.$ What type of tolerance is Positional tolerance?

a$.$ Form feature

b$.$ Individual feature

c$.$ Locational feature

d$.$ Profile feature

$16.$ An Angularity tolerance can be applied to a planar surface or a cylindrical hole.

a$.$ True

b$.$ False

c$.$ Cylindrical hole only

d$.$ Planar surface only

$17.$ What shape will the tolerance zone take if the numerical value of a Parallel tolerance has a diameter symbol $()$ preceding it in the feature control frame?

a$.$ Circular

b$.$ Cylindrical

c$.$ Parallel planes

d$.$ Perpendicular planes

$18.$ Straightness is to Flatness as Circularity is to $\_\_\_\_\_\_\_\_\_\_\_\_\_?$

a$.$ Cylindricity

b$.$ Concentricity

c$.$ Parallelism

d$.$ Runout

$19.$ What type of geometric tolerance can control both the spherical radius and conical surfaces?

a$.$ Circular

b$.$ Cylindrical

c$.$ Profile of a line

d$.$ Profile of a surface

$20.$ What type of dimension is illustrated on a drawing by enclosing the dimension$$s value in a rectangle?

a$.$ Basic

b$.$ Location

c$.$ Size

d$.$ Tolerance

$21.$ What type of tolerance zone lies completely outside the actual part?

a$.$ Compound

b$.$ Free

c$.$ Projected

d$.$ Restricted

$22.$ What type of feature means that two concentric cylinders share the same central axis?

a$.$ Bisecting

b$.$ Coaxial

c$.$ Compound

d$.$ Straight

$23.$ What type of geometric tolerance is checked by rotating a cylindrical part while a dial indicator takes an overall reading while transversing along the cylinder$$s top dead center?

a$.$ Circularity

b$.$ Run out

c$.$ Straightness

d$.$ Total runout