Basic dimensions are used to locate datum targets because:

A$.$ They are exempt from title block tolerances

B$.$ To ensure repeatability between the part and the datum feature simulator.

C$.$ They define the nominal for the gagemaker.

D$.$ All of the above.

When using datum target points to establish a primary datum from a planar surface, targets must be specified.

A$.6$

C$.2$

B$.3$

D$.1$

One place where datum targets should be used is on

A$.$ Features of size

B$.$ Simulated gages

C$.$ An irregular$-$shaped surface

D$.$ A planar surface

How is a datum target line typically simulated?

A$.$ With the edge of a gage block

B$.$ With a blade

C$.$ With the side of a cylindrical gage pin

D$.$ With a line of gage balls

How are the basic dimensions defining the size, location, and orientation between datum targets toleranced?

A$.$ The designer must apply geometric tolerances to the datum target

B$.$ With general or title block tolerances

C$.$ With a class of gage tolerances

D$.$ None of the above; they must be perfect