SUBJECTS
|
BROWSE
|
CAREER CENTER
|
POPULAR
|
JOIN
|
LOGIN
Business Skills
|
Soft Skills
|
Basic Literacy
|
Certifications
About
|
Help
|
Privacy
|
Terms
|
Email
Search
Test your basic knowledge |
Pre - Engineering
Start Test
Study First
Subject
:
engineering
Instructions:
Answer 28 questions in 15 minutes.
If you are not ready to take this test, you can
study here
.
Match each statement with the correct term.
Don't refresh. All questions and answers are randomly picked and ordered every time you load a test.
This is a study tool. The 3 wrong answers for each question are randomly chosen from answers to other questions. So, you might find at times the answers obvious, but you will see it re-enforces your understanding as you take the test each time.
1. The chart in the bottom- right corner of a multiview drawing that can give info about it - such as date - name - what the part is - and sometimes the company name.
Multiview projection
Countersink
Title block
Decision Matrix
2. A process for solving a problem: list ideas - evaluate against criteria - and conclude which is the best solution (using a points system). In the design process - this is step 6: select an approach.
Chain/Series
Decision Matrix
Design Process (12 Steps)
Geometric constraints
3. Define a problem - Brainstorm - Research & generate ideas - Identify criteria & specify constraints - Explore possibilities - Select an approach - Develop a design proposal - Make a model/prototype - Test & evaluate the design using specifications -
Dial caliper
Annotation/Annotated
Subassembly
Design Process (12 Steps)
4. Linear translation along the x- axis - Linear translation along the y- axis - Linear translation along the z- axis - Rotation about the x- axis - Rotation about the y- axis - Rotation about the z- axis.
The 6 Degrees of Freedom
Subtractive Method
Drilled hole
Subassembly
5. A chart given with an exploded view - labeling parts and sometimes giving descriptions of the parts.
Countersink
Parts list
The 6 Degrees of Freedom
Dial caliper
6. A hole shaped like a Y.
Innovation
Additive Method
Countersink
Multiview projection
7. A 3- d object that has width - height - and depth.
Form
Innovation
Spotface
Reference/baseline/datum
8. Constraints that describe relationships between parts of a geometric figure - without using numbers. Examples: parallel - perpendicular - tangent - symmetric - etc.
Design Process (12 Steps)
Shape
Geometric constraints
Invention
9. A hole shaped like a T - with a more shallow upper hole than a counterbore.
Innovation
Sketches
Spotface
Title block
10. A note that describes dimension - part - etc.
Sketches
Annotation/Annotated
Grounded
ANSI
11. A method of selection/construction where parts (or components of a part) are added one by one.
Additive Method
Parts list
Chain/Series
Invention
12. Drawings used to convey the dimensions of a part.
Sketches
Counterbore
Innovation
Form
13. A method of construction where parts (or components of a part) are removed one by one.
Counterbore
Additive Method
Chain/Series
Subtractive Method
14. A hole shaped like a T.
Parts list
Decision Matrix
Counterbore
Grounded
15. A 2- d object that has width and height.
Shape
Depth
Reference/baseline/datum
Annotation/Annotated
16. A document written for a design project - including things like: company information - problem description - goals - solution analysis - a synopsis - and conclusion.
Decision Matrix
Parts list
Design brief
Invention
17. The distance from the top to the bottom/front to the back of an object.
Depth
Additive Method
Counterbore
Parts list
18. To improve on an existing product.
Form
Innovation
Counterbore
Shape
19. An organized collection of your best work during a class or major project.
Depth
Shape
Subtractive Method
Portfolio
20. A device that has an attached gauge - and is used to measure lengths and distances in objects. It can measure 4 different ways - and can measure to thousandths of an inch.
Dial caliper
Shape
Drilled hole
Form
21. Any line - shape - or part from which a measurement is made.
Design Process (12 Steps)
Reference/baseline/datum
Countersink
Invention
22. A term that describes a part in an assembly that is static and cannot move. All other parts must be placed in relation to a grounded part. The base of an assembly should be grounded.
Countersink
Design brief
Design Process (12 Steps)
Grounded
23. A hole shaped like an I.
Drilled hole
Parts list
Countersink
Reference/baseline/datum
24. A unit assembled separately but designed to be incorporated with other units into a larger product.
Sketches
Grounded
Subassembly
Countersink
25. A drawing that shows at least 2 2- dimensional views of a 3- d object.
Subtractive Method
Invention
Multiview projection
Reference/baseline/datum
26. American National Standards Institute: Creates engineering standards for North America.
Portfolio
Sketches
ANSI
Reference/baseline/datum
27. Way of dimensioning that is considered bad: can lead to the build- up of errors - making the end product larger or smaller than expected.
Shape
Chain/Series
Spotface
Multiview projection
28. To make a new product that has never existed before.
Invention
Portfolio
Depth
Form