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TED Final Exam Review
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TED Final Exam Review
73 terms
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StudBud Administration
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141 plays
Final exam review for TED
Flashcards
73 cards
F
Practice quiz
P
Host live
L
Questions
73
Answers
1
53
development
market testing
manufacturing
basic research
2
60
setting foundations
preparing the site
finishing the exterior
building the framework
3
29
chemical
radiant
mechanical
electrical
4
21
machine to human
human to human
human to machine
machine to machine
5
34
tensile
fracture
creep
hardness
6
59
communicate more effectively
transport more effectively
build more effectively
manufacture more effectively
7
45
scientific concepts
mathematical calculations
impact of interchangeable parts
availability of resources
8
7
the future of the country
the history of civilizations
the history of technology
current political bills and laws
9
25
malleable
can be polished to lustrous finish
good conductor of electricity
low density
10
40
information
paleolithic
renaissance
communication
11
73
product drawings
product test results
product research
design problems
12
2
agriculture and irrigation
industry and manufacturing
medical practices and procedures
natural sciences
13
36
manufacturing technologies
transportation technologies
construction technologies
information and communication technologies
14
72
unintended effect
intended effect
anticipated effect
trade-off
15
12
innovation
a discovery
a patent
brainstorming
16
46
mathematical model
visualization model
statistical model
working model
17
8
design
measurement
analysis
management
18
64
make a prototype
communicate the results
brainstorming
define the problem
19
66
verbal
virtual
digital
nonverbal
20
52
electrical
nuclear
radiant
thermal
21
33
microphone
mouse
printer
keyboard
22
17
conduction
volume and flow rates
convection
ohm's law
23
57
engineering
human longevity and health
personal hygiene
scientific discovery
24
13
telemedicine
construction
energy and power
agriculture
25
19
researching similar products
building the prototype
applying for a patent
communicating test results
26
3
maintaining the system
repairing the system
optimizing the system
troubleshooting the system
27
14
nuclear
chemical
radiant
electrical
28
44
science
social studies
mathematics
technology
29
28
research and development
industrial design
technological
total quality control
30
30
efficiency
work
power
mechanical advantage
31
50
technological evolution
scientific discovery
scientific method
technological mobility
32
9
industrial age
data age
digital age
information age
33
58
processed
marketed
tested
sketched
34
26
diagnosis
maintenance
troubleshooting
repair
35
4
duplicate
mock-up
prototype
experiment
36
31
transmitting
encoding
decoding
storing
37
70
simulating and testing design ideas
small batch production
optimizing the manufacturing process
a technical drawing
38
22
renaissance
industrial revolution
neometrics
information age
39
55
requires unpredictable maintenance
preforms the same functions continuously
alerts the operator when there is a malfunction
can be adjusted automatically
40
56
Information Age
Renaissance
global importing and exporting of goods
Industrial Revolution
41
39
solar
oil
natural gas
uranium
42
6
politics
economy
culture
environment
43
71
research design process
engineering design process
marketing design process
assessing design process
44
42
machine to human
human to machine
machine to machine
human to human
45
67
engineering
environmental
economic
ethical
46
51
an invention
technology transfer
a discovery
trade-off
47
5
water
air
intermodal
land
48
63
the economy
the environment
politics
culture
49
15
manufacturing process
desired result
undesired result
trade-off
50
62
sensors, storage devices, and information displays
inputs, processes, outputs, and feedback
digital signals, wires, and electronics
human operators, networks, satellites using inputs/outputs
51
65
bronze age
renaissance
iron age
middle ages
52
43
developing a working prototype
planning the presentation
communicating the results
patenting the product
53
37
requirement
constraint
example
criterion
54
68
Ohm's Law
First Law of Thermodynamics
Kepler's Law
Newton's First Law of Motion
55
10
form and function
marketability and safety
creativity and innovation
criteria and constraints
56
48
competing
enhancing
complementing
elminating
57
35
constraint
criteria
limitation
function
58
38
optimization
risk analysis
transfer
specifications
59
23
the economy
culture
politics
the environment
60
20
a trade-off
design optimization
streamlining
technology transfer
61
1
optimizing design tradeoffs
developing a simple manufacturing system
choosing a more economical solutions
designing for recycling
62
16
financial concerns
usage conditions
environmental conditions
enterprise conditions
63
54
Renaissance
Middle Ages
Iron Age
Information Age
64
41
machine to human
machine to machine
human to human
human to machine
65
61
flowing water
spinning generator
thermal heat
spinning turbine
66
27
reactions
research
deductions
competition
67
18
critical
optional
linear
iterative
68
69
theories
systems
ideas
keys
69
24
information is necessary
thinking is necessary
communication is necessary
feedback is necessary
70
47
malfunctions when used
can be used for other functions
is not used
functions as designed
71
32
persuade
educate
entertain
manage
72
11
composite
ceramic
metal
semiconductor
73
49
change the message's destination
transmit the message immediately
store the message for later retrieval
find a new source
