Exam 17: Tolerances Unilateral and Bilateral, Decimal Dimensions

Briefly explain the decimal dimensioning system.

Free

(Essay)

4.7/5

(75)

Question 1

Correct Answer:

Verified

Dimensions in the decimal system can be read quickly and accurately. Dimensions are read in thousandths, 1/1000" = (.001"); in ten thousandths, 1/10,000" = (.0001"); and in even finer divisions if necessary.

The smaller size on a tolerance is called the ____.

Free

(Multiple Choice)

4.7/5

(82)

Question 2

Correct Answer:

Verified

One of the common methods of specifying a tolerance that applies on all dimensions is to use a(n) ____.

Free

(Multiple Choice)

4.8/5

(93)

Question 3

Correct Answer:

Verified

Describe the two classifications of tolerances that the limits of accuracy to which a part is to be produced may fall.

(Essay)

4.8/5

(82)

Question 4

The accompanying figure is an example of a ____ tolerance.

(Multiple Choice)

4.7/5

(73)

Question 5

Where is the decimal system of dimensioning used and why?

(Essay)

4.8/5

(89)

Question 6

How are tolerance limits expressed on a drawing?

(Essay)

4.9/5

(94)

Question 7

____ tolerances applied to dimensions mean that the dimensions may vary from a larger size (+) to a smaller size (-) than the basic dimension (nominal size).

(Multiple Choice)

4.8/5

(70)

Question 8

Explain decimal tolerances.

(Essay)

4.8/5

(78)

Question 9

The accompanying figure is an example of a ____ tolerance.

(Multiple Choice)

4.8/5

(83)

Question 10

A dimension is said to have a(n) ____ tolerance when the total tolerance is in one direction only, either (+) or (-).

(Multiple Choice)

4.8/5

(83)

Question 11

Showing 1 - 11 of 11

Exam 17: Tolerances Unilateral and Bilateral, Decimal Dimensions

Briefly explain the decimal dimensioning system.

The smaller size on a tolerance is called the ____.

One of the common methods of specifying a tolerance that applies on all dimensions is to use a(n) ____.

Describe the two classifications of tolerances that the limits of accuracy to which a part is to be produced may fall.

The accompanying figure is an example of a ____ tolerance.

Where is the decimal system of dimensioning used and why?

How are tolerance limits expressed on a drawing?

____ tolerances applied to dimensions mean that the dimensions may vary from a larger size (+) to a smaller size (-) than the basic dimension (nominal size).

Explain decimal tolerances.

The accompanying figure is an example of a ____ tolerance.

A dimension is said to have a(n) ____ tolerance when the total tolerance is in one direction only, either (+) or (-).

Bases for Blueprint Reading and Sketching

The Alphabet of Lines and Object Lines

Hidden Lines and Center Lines

Extension Lines and Dimension Lines

Projection Lines, Other Lines, and Line Combinations

Three-View Drawings

Arrangement of Views

Two-View Drawings

One-View Drawings

Auxiliary Views

Size and Location Dimensions

Dimensioning Cylinders, Circles, and Arcs

Size Dimensions for Holes and Angles

Location Dimensions for Points, Centers, and Holes

Dimensioning Large Arcs and Base Line Dimensions

Tolerances Fractional and Angular Dimensions

Interchangeable Parts, Allowances, and Classes of Fit

Representing and Dimensioning External Screw Threads

Representing and Specifying Internal and Left-Hand Threads

Dimensioning Tapers and Machined Surfaces

Dimensioning With Shop Notes

Metric System Dimensioning and Iso Symbols

First-Angle Projection and Dimensioning

Metric Screw Threads, Dual Dimensioning, and Tolerancing

Cutting Planes, Full Sections, and Section Lining

Half Sections, Partial Sections, and Full Section Assembly Drawings

Datums Ordinate and Tabular Dimensioning

Geometric Dimensioning, Tolerancing, and Datum Referencing

Caddcamcim and Robotics

Welding Symbols, Representation, and Dimensioning

Surface Development and Precision Sheet Metal Drawing

Detail Drawings and Assembly Drawings

Sketching Horizontal, Vertical, and Slant Lines

Sketching Curved Lines and Circles

Sketching Irregular Shapes

Sketching Fillets, Radii, Rounded Corners, Edges, and Shading

Freehand Vertical Lettering

Freehand Inclined Lettering

Orthographic Sketching

Oblique Sketching

Isometric Sketching

Perspective Sketching

Pictorial Drawings and Dimensions

Two-Dimensional and Three-Dimensional Cad Sketching

Proportions and Assembly Drawings

Filters