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Engineering Final Exam Review

Total questions: 60

Worksheet time: 15hrs 46mins

Name
Class
Date
1.

the process of developing and refining a product to solve a problem

a)

think pair share

b)

universal systems model

c)

engineering design process

d)

scientific method

2.

You want to make a school store. What should you do first?

a)

identify the problem

b)

share the solution

c)

test and evaluate

d)

build

3.

You made your own NERF machine gun. You want to see how accurate it is. What do you do?

a)

build

b)

brainstorm

c)

redesign

d)

test and evaluate

4.

True/False: When you a design a product, you are making the actual product.

a)

True

b)

False

5.

You say, "How should I make a set of wings so I can fly?" Now what do you do based on EDP?

a)

brainstorm

b)

design

c)

test and evaluate

d)

share the solution

6.

You identify the winning rocket and explain its rocket specs. What step of EDP is this?

a)

redesign

b)

share the solution

c)

brainstorm

d)

identify the problem

7.

a cycle of steps used to represent any kind of system

a)

engineering design process

b)

universal systems model

c)

scientific method

d)

the engineering cycle

8.

What you put into a system

a)

input

b)

process

c)

output

d)

feedback

9.

True/False: The code for your robots is an example of an input

a)

True

b)

False

10.

The main action in the system before you get the results

a)

input

b)

process

c)

output

d)

feedback

11.

True/False: The rocket launching into the air can be a process

a)

True

b)

False

12.

The results or outcome of a system

a)

input

b)

process

c)

output

d)

feedback

13.

True/False: For your second trial, you add more water to your rocket. This is an example of an output

a)

True

b)

False

14.

Making adjustments to inputs after seeing the results of a system

a)

input

b)

process

c)

output

d)

feedback

15.

What was the identified problem in the robotics unit?

a)

How to code robot to finish course with most turns?

b)

How to code robot to finish course with fewest turns?

c)

How to code robot to finish course in fastest time?

d)

How to code robot to finish course in slowest time?

16.

How many bricks are in this code?

a)

1

b)

2

c)

3

d)

4

17.

What does the "B+C" represent in the code?

a)

the left and right motors

b)

the two types of batteries used

c)

port B and port C

d)

two types of turns

18.

What is the power in the first steering brick?

a)

0

b)

-100

c)

4

d)

50

19.

How is the robot moving in the first steering brick?

a)

not moving at all

b)

forward

c)

backward

d)

making a left turn

20.

How long is the robot performing the action for the last steering brick?

a)

4 seconds

b)

3 seconds

c)

24 seconds

d)

15 seconds

21.

Look at the second steering brick where it says "3". What does the "3" represent?

a)

number of wheel rotations

b)

seconds

c)

power

d)

Mr. Bosmia's age

22.

What program did most students use for coding the robots?

a)

LEGO Mindstorms

b)

LEGO NXT software

c)

Whitebox Learning

d)

AutoCAD

23.

What type of coding does LEGO Mindstorms software use?

a)

line coding

b)

circle coding

c)

brick coding

d)

all of these answers

24.

Which of the following best describes CAD?

a)

using a computer to make designs

b)

drawing designs by hand

c)

building computers

d)

all of these answers

25.

What does CAD stand for?

a)

Computer Aided Design

b)

Computer Assisted Drafting

c)

Computer Aided Drafting

d)

Computer Assisted Design

26.

Which of the following best defines drafting?

a)

using a computer

b)

building your actual product

c)

thinking of many solutions to a problem

d)

creating a sketch or drawing of a product

27.

What program did we use to make a model of a car?

a)

Whitebox Learning

b)

AutoCAD

c)

Inventor

d)

eCLASS

28.

How many types of parts did you need for your car model?

a)

1

b)

2

c)

3

d)

4

29.

Which tool changes something from 2D to 3D?

a)

Filet

b)

Shell

c)

Extrude

d)

Project Geometry

30.

Which tool hollows out a 3D object?

a)

Project Geometry

b)

Filet

c)

Extrude

d)

Shell

31.

Which tool curves/smoothes out edges on a 3D object?

a)

Mirror

b)

Constrain

c)

Filet

d)

Flush

32.

The car body, wheel, and axle were made using which file type?

a)

.ipt (part file)

b)

.dwg (drawing file)

c)

.iam (assembly file)

d)

none of these answers

33.

You used which file type when putting your car body, wheels, and axles together?

a)

.dwg (drawing file)

b)

.ipt (part file)

c)

.iam (assembly file)

d)

.mov (movie file)

34.

True/False: Inventor is used to create a design before building the actual product

a)

True

b)

False

35.

Which tool attaches different parts together?

a)

Constrain

b)

Appearance

c)

Circle

d)

Features

36.

Which tool let's you copy features of an object to the opposite side of a plane?

a)

Draft

b)

Mirror

c)

Chamfer

d)

Project Geometry

37.

Which tool copies clickable points from one place to another?

a)

Sweep

b)

Join

c)

Project Geometry

d)

Cut

38.

Which tool lets you change how an object looks (metallic, wood finish, etc.)

a)

Frame Analysis

b)

Plane

c)

Revolve

d)

Appearance

39.

The assembly file for the car must be changed into which file type in order to be 3D printed?

a)

DWG file

b)

STL file

c)

DOC file

d)

XLS file

40.

What tools were used to draw a 2D sketch for your car?

a)

Line, Arc

b)

Filet, Shell

c)

Extrude, Line

d)

Arc, Shell

41.

Who is in charge of making sure a building is built safely and with the appropriate materials?

a)

architect

b)

structural engineer

c)

interior designer

d)

electrician

42.

Who oversees the entire construction process for a building?

a)

structural engineer

b)

electrician

c)

interior designer

d)

architect

43.

Who is in charge of setting up the lighting and circuitry for a buliding?

a)

interior designer

b)

electrician

c)

aerospace engineer

d)

software engineer

44.

What is the minimum education needed to be an electrician?

a)

high school diploma

b)

bachelor's degree

c)

master's degree

d)

doctoral degree

45.

What is the minimum education needed to be an architect or a structural engineer?

a)

high school diploma

b)

bachelor's degree

c)

master's degree

d)

doctoral degree

46.

What was the identified problem in the rockets challenge?

a)

How can we make a rocket that reaches the highest altitude?

b)

How can we make a rocket that uses the most fuel?

c)

How can we make a rocket that has the highest speed?

d)

How can we make a rocket that has the longest flight time?

47.

Two or more parts that work together as one unit is called a

a)

model

b)

design

c)

technical text

d)

system

48.

Which of the following is true about a rocket?

a)

made of two or more subsystems

b)

the structural subsystem is it's largest subsystem

c)

it's a complex system

d)

all of these answers

49.

What are the five subsystems of a rocket?

a)

thrust, structural, recovery, payload, guidance

b)

guidance, payload, propulsion, structural, recovery

c)

drag, payload, recovery, propulsion, structural

d)

weight, propulsion, structural, recovery, payload

50.

The body, fins, tube, and cone represent which subsystem?

a)

recovery

b)

propulsion

c)

payload

d)

structural

51.

The parachute is part of which subsystem?

a)

recovery

b)

propulsion

c)

structural

d)

guidance

52.

The water and air for the rocket are part of which subsystem?

a)

structural

b)

recovery

c)

propulsion

d)

payload

53.

The tube length for your rocket is an example of

a)

input

b)

process

c)

output

d)

feedback

54.

Pulling the green string that launches the rocket is an example of

a)

input

b)

process

c)

output

d)

feedback

55.

Your rocket has a flight time of 5.5 seconds. This result is an example of

a)

input

b)

process

c)

output

d)

feedback

56.

You decide to use a larger parachute for your second trial. This decision is an example of

a)

input

b)

process

c)

output

d)

feedback

57.

What are the three ways a rocket moves in the air?

a)

thrust, roll, pitch

b)

drag, pitch, yaw

c)

roll, yaw, thrust

d)

pitch, roll, yaw

58.

What type of force helps a rocket acheive lift-off?

a)

thrust

b)

weight

c)

drag

d)

pitch

59.

What type of force acts against a rocket's motion and is also known as air resistance?

a)

thrust

b)

weight

c)

drag

d)

roll

60.

The force acting on an object by gravity is called

a)

yaw

b)

weight

c)

thrust

d)

drag