WorksheetsFOE Final 12/17
Total questions: 80
Worksheet time: 43mins
Name
Class
Date
1.
Engineers should always wear ______ when required.
a)
Sandals
b)
Personal protective equipment (PPE)
c)
Casual clothing
d)
Headphones
2.
Electrical Engineering generates and distributes ______.
a)
Water
b)
Fuel
c)
Electric power
d)
Data
3.
Work areas should be kept ______.
a)
Crowded
b)
Dark
c)
Clean, dry, and organized
d)
Noisy
4.
Materials Engineering studies metals, polymers, and ______.
a)
Fuels
b)
Composites
c)
Crops
d)
Signals
5.
Checking if a design works as intended is part of the ______ step.
a)
Create
b)
Plan
c)
Ask
d)
Test
6.
The step where engineers brainstorm and research possible solutions is called ______.
a)
Create
b)
Imagine
c)
Plan
d)
Test
7.
Selecting the best idea and outlining materials, steps, and budget happens during the ______ step.
a)
Plan
b)
Ask
c)
Create
d)
Test
8.
Mechanical Engineering uses principles of motion, force, and ______.
a)
Thermodynamics
b)
Ecology
c)
Biology
d)
Chemistry
9.
Automotive Engineers develop electric and ______ cars.
a)
Hybrid only
b)
Gas‑only
c)
Manual
d)
Autonomous
10.
Training is important before using machines to ensure ______.
a)
Profit
b)
Competition
c)
Speed
d)
Safety
11.
Mechanical Engineers build motors, engines, and ______ systems.
a)
Medical
b)
Water
c)
HVAC
d)
Solar
12.
Telecommunications Engineers build infrastructure for ______.
a)
Roadways
b)
HVAC
c)
Engines
d)
5G
13.
Environmental Engineers manage waste and ______ control.
a)
Traffic
b)
Cost
c)
Pollution
d)
Scheduling
14.
Aerospace Engineering designs aircraft and ______.
a)
Bridges
b)
Submarines
c)
Spacecraft
d)
Cars
15.
Engineers must follow posted safety signs and ______.
a)
Trends
b)
Rumors
c)
Teacher directions
d)
Opinions
16.
Environmental Engineering designs solutions for clean air and ______.
a)
Fuel
b)
Data
c)
Water
d)
Steel
17.
Computer & Software Engineering develops hardware and ______.
a)
Buildings
b)
Crops
c)
Engines
d)
Software
18.
Electrical Engineers design circuits, motors, and ______.
a)
Bridges
b)
Engines
c)
Power systems
d)
Reactors
19.
Nuclear Engineering works with nuclear ______.
a)
Circuits
b)
Engines
c)
Reactions
d)
Networks
20.
Chemical Engineers design chemical reactors and ______ processes.
a)
Medical
b)
Structural
c)
Industrial
d)
Electrical
21.
Tools or machines should never be used without ______.
a)
Experience only
b)
Proper training
c)
Permission
d)
Speed
22.
Forensic Engineering investigates ______ failures.
a)
Financial
b)
Engineering
c)
Academic
d)
Medical
23.
Marine & Ocean Engineering designs ships and ______.
a)
Cars
b)
Submarines
c)
Aircraft
d)
Trains
24.
Electrical Engineering studies magnetism and ______.
a)
Biology
b)
Ecology
c)
Electric fields
d)
Genetics
25.
Forensic Engineers analyze evidence from accidents and ______.
a)
Homework
b)
Disasters
c)
Sports
d)
Games
26.
Nuclear Engineers design reactors and ______ systems.
a)
HVAC
b)
Optical
c)
Radiation‑shielding
d)
Hydraulic
27.
Identifying constraints occurs during the ______ step.
a)
Ask
b)
Plan
c)
Imagine
d)
Test
28.
Proper tool use helps prevent ______.
a)
Planning
b)
Creativity
c)
Injuries
d)
Teamwork
29.
PPE helps protect engineers from ______.
a)
Deadlines
b)
Injury
c)
Homework
d)
Grades
30.
Civil Engineers use CAD software and ______ tools.
a)
Medical
b)
Chemical
c)
Aviation
d)
Surveying
31.
Ethical engineering decisions consider ______.
a)
Popularity
b)
Speed
c)
Excuses
d)
Consequences
32.
Evaluating performance under real‑world conditions occurs during the ______ step.
a)
Test
b)
Plan
c)
Create
d)
Ask
33.
Researching existing designs happens during the ______ step.
a)
Test
b)
Imagine
c)
Improve
d)
Ask
34.
Chemical Engineering converts raw materials into ______.
a)
Buildings
b)
Energy
c)
Software
d)
Useful products
35.
Making adjustments after testing happens during the ______ step.
a)
Create
b)
Imagine
c)
Test
d)
Improve
36.
Safety plus integrity results in ______.
a)
Less effort
b)
Faster work
c)
True Engineering Excellence
d)
Higher profit
37.
Python and Java are examples of ______.
a)
Hardware
b)
Operating systems
c)
Programming languages
d)
Networks
38.
Biomedical Engineers design prosthetics and ______ equipment.
a)
Structural
b)
Electrical
c)
Agricultural
d)
Diagnostic
39.
Aerospace Engineers study aerodynamics and ______.
a)
Biology
b)
Chemistry
c)
Propulsion
d)
Genetics
40.
Materials Engineers test materials for stress and ______.
a)
Color
b)
Speed
c)
Heat resistance
d)
Shape
41.
Computer Engineers design apps, AI systems, and ______.
a)
Engines
b)
Bridges
c)
Roads
d)
Networks
42.
Agricultural Engineers improve crop yields using robotics and ______.
a)
Steel
b)
Fuel
c)
Paint
d)
Sensors
43.
Mechatronics Engineers use sensors, actuators, and ______.
a)
Reactors
b)
Pipes
c)
Engines
d)
Microcontrollers
44.
Evaluating strengths and weaknesses occurs during the ______ step.
a)
Ask
b)
Create
c)
Test
d)
Plan
45.
Engineers must think about public ______.
a)
Comfort
b)
Cost
c)
Safety
d)
Opinion
46.
Redesigning after failure occurs during the ______ step.
a)
Create
b)
Improve
c)
Plan
d)
Test
47.
Mechatronics Engineering combines mechanical, electrical, and ______ engineering.
a)
Chemical
b)
Environmental
c)
Computer
d)
Civil
48.
Following safety rules protects ______.
a)
People
b)
Budgets
c)
Grades
d)
Schedules
49.
Choosing materials before building occurs during the ______ step.
a)
Test
b)
Create
c)
Plan
d)
Ask
50.
Mechanical Engineering designs machines and ______ systems.
a)
Electrical
b)
Chemical
c)
Mechanical
d)
Medical
51.
Industrial Engineering improves efficiency and ______.
a)
Speed
b)
Entertainment
c)
Workflow
d)
Comfort
52.
Engineers are responsible for maintaining a ______ workspace.
a)
Messy
b)
Safe
c)
Private
d)
Locked
53.
The final step of the Engineering Design Process is ______.
a)
Test
b)
Improve
c)
Create
d)
Plan
54.
Industrial Engineers balance human and ______ productivity.
a)
Software
b)
Plant
c)
Animal
d)
Machine
55.
Brainstorming multiple ideas occurs during the ______ step.
a)
Ask
b)
Create
c)
Imagine
d)
Plan
56.
Refining and redesigning a solution happens during the ______ step.
a)
Improve
b)
Create
c)
Test
d)
Imagine
57.
Automotive Engineering designs vehicles for safety and ______.
a)
Style
b)
Efficiency
c)
Color
d)
Entertainment
58.
Marine Engineers study buoyancy and ______.
a)
Drag
b)
Heat
c)
Voltage
d)
Sound
59.
The Engineering Design Process step that defines the problem and gathers requirements is called ______.
a)
Plan
b)
Improve
c)
Test
d)
Ask
60.
Civil Engineering designs and constructs ______.
a)
Engines
b)
Networks
c)
Roads, bridges, and buildings
d)
Apps
61.
The Engineering Design Process is ______.
a)
Cyclical
b)
Optional
c)
Linear
d)
Random
62.
Turning ideas into something physical happens during the ______ step.
a)
Imagine
b)
Plan
c)
Test
d)
Create
63.
Fuel and medicine are products of ______ Engineering.
a)
Civil
b)
Chemical
c)
Mechanical
d)
Electrical
64.
Integrity in engineering means doing what is ______.
a)
Profitable
b)
Easy
c)
Fast
d)
Right
65.
Building or prototyping the design happens during the ______ step.
a)
Plan
b)
Test
c)
Improve
d)
Create
66.
Organizing steps and budget is part of the ______ step.
a)
Ask
b)
Imagine
c)
Test
d)
Plan
67.
Agricultural Engineering designs irrigation and ______ systems.
a)
Farm‑equipment
b)
Chemical
c)
Medical
d)
Electrical
68.
Biomedical Engineering combines medicine, biology, and ______.
a)
Art
b)
Business
c)
Law
d)
Engineering
69.
Civil Engineering focuses on strength, stability, and ______.
a)
Entertainment
b)
Speed
c)
Profit
d)
Public safety
70.
Building a model happens during the ______ step.
a)
Plan
b)
Test
c)
Improve
d)
Create
71.
Telecommunications Engineering designs wired and ______ networks.
a)
Biological
b)
Wireless
c)
Chemical
d)
Mechanical
72.
Engineering ethics guide ______ behavior.
a)
Personal
b)
Professional
c)
Casual
d)
Competitive
73.
Ignoring safety rules can lead to ______.
a)
Success
b)
Accidents
c)
Efficiency
d)
Innovation
74.
The first step of the Engineering Design Process is ______.
a)
Imagine
b)
Create
c)
Ask
d)
Plan
75.
F = m × a (Force = mass × acceleration)
(a)
76.
W = F × d (Work = force × distance
(a)
77.
P = W / t (Power = work ÷ time)
(a)
78.
P = F / A (Pressure = force ÷ area)
(a)
79.
ρ = m / V (Density = mass ÷ volume)
(a)
80.
V = I × R (Ohm’s Law – voltage = current × resistance)
(a)
100 %
