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WorksheetsFits
Total questions: 31
Worksheet time: 16mins
Name
Class
Date
1.
This type of fit is created when a greater shaft/rod diameter is pressed/forced into a smaller hole diameter.
a)
Interference Fit
b)
Clearance Fit
c)
Transition Fit
d)
Tolerance Fit
2.
This type of fit is created when there is space between shaft/rod diameter is diameter of the hole.
a)
Interference Fit
b)
Clearance Fit
c)
Transition Fit
d)
Tolerance Fit
3.
This type of fit is created when there is sometimes interference or sometimes a clearance between shaft/rod diameter is diameter of the hole.
a)
Interference Fit
b)
Clearance Fit
c)
Transition Fit
d)
Tolerance Fit
4.
____ refers to a feature-of-size that contains the greatest amount of material, yet remains within its tolerance zone.
a)
MMC
b)
LMC
c)
LLC
d)
BBC
5.
____ size condition where the least amount of material (volume/size) exists within its dimensional tolerance.
a)
MMC
b)
LMC
c)
LLC
d)
BBC
6.
The ____ are the minimum and maximum size of a part
a)
Limits
b)
Max
c)
Min
d)
Dimensions
7.
_______ is the total variance in a dimension and is equal to the difference between the upper and lower limits.
a)
Tolerance
b)
Dimension
c)
Min
d)
Max
8.
The _______ is the maximum interference or minimum clearance between mating parts.
a)
Allowance
b)
Tolerance
c)
Dimension
d)
Feature
9.
_________ is the process of taking something apart and analyzing its workings in detail, usually with the intention of understanding its structure, function, and operation.
a)
Destroying
b)
Disassembly
c)
Reverse Engineering
d)
Product Engineering
10.
Stages of Reverse Engineering are?
a)
Visual, Functional, & Structural Analysis
b)
Define the Problem, Generating Concepts , & Develop a Solution
c)
Disassemble, Analyze, & Present Solution
d)
Sketch, Assembly, & Presentation
11.
The following is what type of tolerance?
a)
Bilateral
b)
Unilateral
c)
Limit
d)
Nominal
12.
The following is what type of tolerance?
a)
Bilateral
b)
Unilateral
c)
Limit
d)
Nominal
13.
The following is what type of tolerance?
a)
Bilateral
b)
Unilateral
c)
Limit
d)
Nominal
14.
What is the upper limit for the 8.00 dimension in the drawing?
a)
8.01
b)
8.00
c)
8.005
d)
8.02
15.
What is the lower limit for the 8.00 dimension in the drawing?
a)
7.995
b)
7.99
c)
7.98
d)
8.00
16.
What is the tolerance for the 8.00 dimension in the drawing?
a)
.005
b)
.010
c)
.020
d)
.040
17.
Using the general tolerance chart, what is the upper limit dimension?
a)
3.890
b)
3.895
c)
3.900
d)
4.000
18.
Using the general tolerance chart, what is the lower limit dimension?
a)
3.890
b)
3.895
c)
3.900
d)
4.000
19.
_________ has an immediate and profound effect on a design.
a)
Shape
b)
Form
c)
Color
d)
Space
20.
What visual principle of design best describes these five Spheres?
a)
Rhythm
b)
Proportion
c)
Unity
d)
Emphasis
21.
What visual principle of design best describes this symbol for recycling?
a)
Rhythm
b)
Proportion
c)
Unity
d)
Emphasis
22.
What visual principle of design best describes this computer generated “human”?
a)
Rhythm
b)
Proportion
c)
Unity
d)
Balance
23.
What visual element of design best describes this picture to the below?
a)
Texture
b)
Shape
c)
Space
d)
Value
24.
What visual element of design best describes this image of wicker?
a)
Texture
b)
Shape
c)
Space
d)
Value
25.
What visual element of design best describes this hexagon?
a)
Texture
b)
Shape
c)
Space
d)
Value
26.
What visual principle of design best describes the surface of the patio table below?
a)
Informal Balance
b)
Unity
c)
Emphasis
d)
Radial Balance
27.
What visual element of design best describes the image below?
a)
Value
b)
Form
c)
Color
d)
Texture
28.
The simple machine pictured below is classified as a(n) _________.
a)
Screw
b)
Wheel & Axle
c)
Lever
d)
Incline Plane
29.
This is the process of analyzing what a product looks like by taking note of how the elements and principles of design are used.
a)
Reverse Engineering
b)
Visual Analysis
c)
Functional Analysis
d)
Structural Analysis
30.
This is a non-destructive process where the product's purpose is identified, and the system's inputs and outputs are listed.
a)
Reverse Engineering
b)
Visual Analysis
c)
Functional Analysis
d)
Structural Analysis
31.
This is a process where a product is disassembled, uncovering principles behind how a product works. Data is collected to determine how parts interact, what the good and bad features of the product are, what manufacturing process was used, and what caused the product to succeed or fail.
a)
Reverse Engineering
b)
Visual Analysis
c)
Functional Analysis
d)
Structural Analysis
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