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IED Make Up Day Assignment

Total questions: 30

Worksheet time: 17mins

Name
Class
Date
1.

What type of tolerance allows equal variation, both larger and smaller, than the specified dimension?

a)

Limit dimensions

b)

Unilateral

c)

Bilateral

d)

General

2.

What type of tolerance states both the upper limit and lower limit, without needing to calculate them?

a)

Limit dimensions

b)

Bilateral

c)

Unilateral

d)

General

3.

What type of tolerance is shown here? 2.50 ±0.022.50\ \pm0.02  

a)

Limit dimensions

b)

Bilateral

c)

Unilateral

d)

General

4.

What type of tolerance is circled in this drawing?

a)

Limit dimensions

b)

Bilateral

c)

Unilateral

d)

General

5.

What type of tolerance is circled in this image?

a)

Limit dimensions

b)

Bilateral

c)

Unilateral

d)

General

6.

What is upper limit for this tolerance? 0.250±0.010.250\pm0.01  

a)

0.250

b)

0.240

c)

0.260

d)

0.02

7.

When a hole is always smaller than the part being placed inside of it, what type of fit is this?

a)

Clearance

b)

Interference

c)

Transition

d)

Tension

8.

The shaft is smaller than the hole, this is called:

a)

Transition Fit

b)

Clearance Fit

c)

Interference Fit

d)

Loose Fit

9.
A group of machined or handmade parts that fit together to form a
self-contained unit.
a)
Assembly
b)
Subassembly
c)
Working Drawings
d)
Component
10.
The variables by which an object can move. In assemblies, an object floating free in space with no constraints to another object can be moved along three axes of translation and around three axes of rotation.
a)
Degree of Freedom
b)
Cartesian Coordinate System
c)
Extrusion
d)
Model
11.

Revolute mate. Select all that apply

a)

0 degrees of freedom

b)

It has one degree of freedom (translation)

c)

It has one degree of freedom (rotation)

d)

It has both translational and rotational degrees of freedom

12.

Which type of joints shown in the picture?

a)

Ball joint

b)

Pin-slot joint

c)

Cylindrical joint

d)

Revolute joint

13.

Component rotates around Joint Origin.

a)

Ball

b)

Revolute

c)

Cylindrical

d)

Planar

14.

Component moves along a single axis.

a)

Ball

b)

Revolute

c)

Cylindrical

d)

Slider

15.

What type of drawing/view best describes the image?

a)

Multiview

b)

Orthographic

c)

Exploded

d)

Assembly

16.
What are the part indicators called on this image?
a)
Nodes
b)
Balloons
c)
Bubbles
d)
Encircled Labels
17.

If you wanted to design a room that would give a peaceful, relaxing mood, what color would you choose?

a)
b)
c)
d)
18.

What type of balance is shown in the image?

a)

Symmetric

b)

Asymmetric

c)

Radial

d)

Gradated

19.
Special importance, value, or prominence given to something.
a)
Emphasis
b)
Value
c)
Contrast
d)
Pattern
20.
Symmetry about a central axis.
a)
Asymmetry
b)
Radial Symmetry
c)
Balance
d)
Proportion
21.

A mark created by a path of a moving point.

a)

line

b)

value

c)

contrast

d)

form

22.

The empty or open area between, around, above, below and within objects.

a)

form

b)

balance

c)

color

d)

space

23.
Any three dimensional object that can be measured by height, width and depth.
a)
emphasis
b)
space
c)
form
d)
shape
24.
A repeated shape or line
a)
emphasis
b)
pattern
c)
variety
25.
________________ is the process of taking something (a device, an electrical component, a software program, etc.) apart and analyzing its workings in detail.
a)
functional analysis
b)
structural analyis
c)
reverse engineering
d)
visual analysis
26.
The steps in the reverse-engineering process are:
a)
 Documentation, Observation, Prediction, Disassemble, Analyze, Test,
b)
Analyze, Documentation, Observation, Prediction, Disassemble, Test,
c)
 Prediction, Observation, Disassemble, Analyze, Test, Documentation
d)
Test, Documentation, Observation, Prediction, Disassemble, Analyze,
27.
Which of the following questions should be asked in the prediction step?
a)
What is the purpose of this product?
b)
Who made this product?
c)
Is this product unique?
d)
Is this product ready for mass production?
28.

Disassembly or tear down of a product is a major step in the reverse engineering process, it uncovers the principles behind how a product works. It is always fun to tear apart a product, but nothing will be accomplished if data is not collected during the process. To gather this data, we will use ________________________________.

a)

Gantt chart

b)

product disassembly chart

c)

concurrent engineering table

d)

a workflow chart

29.

Why do we disassemble products?

a)

To Identify components and their interactions with each other.

b)

To discover the strength and weaknesses of the parts.

c)

To understand how the product functions/operates.

d)

To create documentation, typically using a computer.

30.

This is an example of what?

a)

Structural Engineering

b)

Reverse Engineering

c)

Product Disassembly

d)

Functional Analysis

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