Question 1

Discuss how viewing-plane lines can be used to establish an auxiliary view.

Accepted Answer

When it is not possible to align the auxiliary view directly from the inclined surface, viewing-plane lines may be used and the view placed in a convenient location on the drawing, placing views in the same relationship as the viewing-plane lines indicate. Label with letters so that views can be identified clearly.

Question 2

Describe the purpose of auxiliary views.

Accepted Answer

The purpose of auxiliary views is to show the true size and shape of a surface that is not parallel to any of the six principal views. We can look directly at the inclined surface.

Question 3

Identify the ASME document that governs auxiliary views.

Accepted Answer

Multi and Sectional View Drawings, ANSI Y14.3-1992.

Question 4

If the axis of a hole is at 458 to an inclined surface, what is the shape of the hole in an auxiliary view of the inclined surface?

Accepted Answer

. The shap

Question 5

Describe the procedure for drafting an enlarged auxiliary view.

Accepted Answer

When drafting an enlarged auxi

Question 6

What method is used to show the alignment between the auxiliary view and the direct projection from the inclined surface?

Accepted Answer

When the auxiliary view is pro

Question 7

Why is a partial auxiliary view normally used?

Accepted Answer

. Normally, a partial auxiliary view is

Question 8

Describe a situation when a secondary auxiliary view is necessary.

Accepted Answer

A secondary auxiliary view is

Question 9

When is it necessary to enlarge an auxiliary view?

Accepted Answer

Enlarge an auxiliary

Question 10

Explain the difference between a partial auxiliary view and a full auxiliary view.

Accepted Answer

. A partial auxiliary view shows only th

Question 11

How are multiple removed auxiliary views oriented and

Accepted Answer

. Where multiple views are used, orient

Question 12

When projecting an auxiliary view from the edge view of the surface, what is the angle of projection in relationship to the edge view?

Accepted Answer

The angle of project

Question 13

If the axis of a hole is perpendicular to an inclined surface, what is the shape of the hole in an auxiliary view of the in- clined surface?

Accepted Answer

The shape

Question 14

Describe the procedure used when it is not possible to align the auxiliary view directly from the inclined surface.

Accepted Answer

. When it is not possible to align the a

Discuss how viewing-plane lines can be used to establish an auxiliary view.

Describe the purpose of auxiliary views.

Identify the ASME document that governs auxiliary views.

If the axis of a hole is at 458 to an inclined surface, what is the shape of the hole in an auxiliary view of the inclined surface?

Describe the procedure for drafting an enlarged auxiliary view.

What method is used to show the alignment between the auxiliary view and the direct projection from the inclined surface?

Why is a partial auxiliary view normally used?

Describe a situation when a secondary auxiliary view is necessary.

When is it necessary to enlarge an auxiliary view?

Explain the difference between a partial auxiliary view and a full auxiliary view.

How are multiple removed auxiliary views oriented and

When projecting an auxiliary view from the edge view of the surface, what is the angle of projection in relationship to the edge view?

If the axis of a hole is perpendicular to an inclined surface, what is the shape of the hole in an auxiliary view of the in- clined surface?

Describe the procedure used when it is not possible to align the auxiliary view directly from the inclined surface.

Introduction to Engineering Drawing and Design Test

Drafting Equipment, Media, and Reproduction Methods

Computer-Aided Design and Drafting Cadd

Manufacturing Materials and Processes

Sketching Applications

Lines and Lettering

Drafting Geometry

Multiviews

Dimensioning

Fasteners and

Sections, Revolutions, and Conventional Breaks

Geometric Dimensioning and Tolerancing

Pictorial Drawings and Technical Illustrations

Working Drawings

Mechanisms: Linkages, Cams, Gears, and Bearings

Belt and Chain Drives

Welding Processes and Representations

Precision Sheet Metal Drafting

Electrical and Electronic Drafting

Industrial Process Piping

Structural Drafting

Heating, Ventilating, and Air-Conditioning Hvac, and Pattern Development

Civil Drafting Problems

Filters

Exam 9: Auxiliary Views

Discuss how viewing-plane lines can be used to establish an auxiliary view.

Describe the purpose of auxiliary views.

Identify the ASME document that governs auxiliary views.

If the axis of a hole is at 458 to an inclined surface, what is the shape of the hole in an auxiliary view of the inclined surface?

Describe the procedure for drafting an enlarged auxiliary view.

What method is used to show the alignment between the auxiliary view and the direct projection from the inclined surface?

Why is a partial auxiliary view normally used?

Describe a situation when a secondary auxiliary view is necessary.

When is it necessary to enlarge an auxiliary view?

Explain the difference between a partial auxiliary view and a full auxiliary view.

How are multiple removed auxiliary views oriented and

When projecting an auxiliary view from the edge view of the surface, what is the angle of projection in relationship to the edge view?

If the axis of a hole is perpendicular to an inclined surface, what is the shape of the hole in an auxiliary view of the in- clined surface?

Describe the procedure used when it is not possible to align the auxiliary view directly from the inclined surface.

Introduction to Engineering Drawing and Design Test

Drafting Equipment, Media, and Reproduction Methods

Computer-Aided Design and Drafting Cadd

Manufacturing Materials and Processes

Sketching Applications

Lines and Lettering

Drafting Geometry

Multiviews

Dimensioning

Fasteners and

Sections, Revolutions, and Conventional Breaks

Geometric Dimensioning and Tolerancing

Pictorial Drawings and Technical Illustrations

Working Drawings

Mechanisms: Linkages, Cams, Gears, and Bearings

Belt and Chain Drives

Welding Processes and Representations

Precision Sheet Metal Drafting

Electrical and Electronic Drafting

Industrial Process Piping

Structural Drafting

Heating, Ventilating, and Air-Conditioning Hvac, and Pattern Development

Civil Drafting Problems

Filters