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Robotics - Semester Exam

Total questions: 70

Worksheet time: 53mins

Name
Class
Date
1.

What button is used to turn on the EV3?

a)

The Middle Button

b)

The Bottom Button

c)

The Right Button

d)

The Top Left Button

2.

Motor cables must be connected to which ports on the EV3 Brick (Brain)?

a)

A B C D

b)

1 2 3 4

c)

They're connected Wirelessly thanks to Bluetooth Technology

d)

Motors? What Motors?

3.

Sensor Input Ports on the EV3 Brick (Brain) are labeled how?

a)

A B C D

b)

1 2 3 4

c)

They Aren't Labeled

d)

Sensor What's?

4.

How do you properly turn off the EV3 Brick (Brain)?

a)

Press the side arrows (left and right button) & center button to select

b)

Press the back button in the top left corner, then press the center button on the check mark.

c)

Press Up, Down, Left, Right, Up, Down, Left, Right

d)

Unplug everything and it will shut down properly.

5.
How do you navigate the menus of the ev3?
a)

Side arrows (left and right buttons) center button to select

b)

Back button in the left corner then check mark

c)

Up and down buttons

d)

Connect to the robot via Bluetooth & then use your computers Up, Down, Left, & Right Arrows.

6.

To run a program from the Recent Menu, what do you do?

a)

Navigate to the first page, press down to get to the appropriate program, & then select the middle button to start the program.

b)

Navigate to the second page, press down to get to the appropriate program, & then select the middle button to select the program. Press right & then the center button to run the program.

c)

Press the Back Button in the left corner then check mark

d)

There's a Recent Menu? What's on it?

7.

How do you check the Motor & Sensor values on the EV3?

a)

Press the side arrows left and right button center button to select

b)

Go to Port View

c)

Select project then program

d)

You can only see the values from your Lego Education App (when connected to Bluetooth)

8.
Where can you find the speaker volume and other settings on the ev3?
a)

The last page (settings menu)

b)

Port View

c)

Turn Your Robot on & Go All the way to the left.

d)
first page middle button file navigation select project then program
9.
To run a program from the file navigation, what do you do?
a)
select project then program
b)
first page middle button file navigation select project then program
c)
side arrows left and right button center button to select
d)
back button in the left corner then check mark
10.
What powers the EV3s?
a)

AA Batteries or a Rechargeable Battery

b)

AAA Batteries only

c)

Motors

d)

Sensors

11.

What is a Program?

a)

An algorithm that has been coded into something that can be run by a machine.

b)

Has to be Block Based.

c)

Pseudocode

d)

Something I watch on TV.

12.

Sensors...

a)

are Input Devices used to measure physical traits, such as sound, heat, or light.

b)

are double a batteries or rechargeable battery.

c)

Software used for programming the EV3 robot.

d)

measure the distance between the sensor and any given object in its path.

13.

Which is an example of a Zero Turn?

a)

b)

c)

14.

Ultrasonic Sensor

a)

The digital sensor measures the robot's rotational motion and changes in its orientation.

b)

Measures distance between the sensor and any given object in its path

c)

Input devices used to measure physical traits, such as sound, heat, or light.

d)

Combine knowledge of mechanical, electronic and computer engineering to design the hardware and software components of robots.

15.

Gyro Sensor

a)

The digital sensor measures the robot's rotational motion and changes in its orientation.

b)

Measures distance between the sensor and any given object in its path

c)

Technology dealing with the design, construction, and operation of robots in automation.

d)

Input devices used to measure physical traits, such as sound, heat, or light.

16.

What is a loop?

a)

A circle on a string

b)

A sequence of events

c)

A sequence of code that repeats

d)

A circle of code that repeats

17.

How does an EV3 Color Sensor work?

a)

Input hardware that detects color

b)

Input hardware that measures wavelengths of light

c)

Input hardware that measures colors intensity

d)

Input hardware that measures waves and color

18.

How does an Ultrasonic Sensor work?

a)

Input hardware that measures sound

b)

Input hardware that detects a distance

c)

Input hardware that measures the distance from the sensor to an object using wavelength

d)

Input hardware that measures the distance from the sensor to an object using sound waves

19.

A light source that is illuminating a subject or object.

a)

Ambient light / Incident light

b)

Reflected light

20.

A light that bounces off of materials

a)

Ambient light / Incident light

b)

Reflected light

21.

Which of the following are "Inputs"?

Select ANY 2 (TWO)

a)

b)

c)

d)

e)

22.

Which of the following are "Outputs"?

Select Any 2 (TWO)

a)

b)

c)

d)

e)

23.

Which of the following are "Conditionals"

a)

b)

c)

d)

e)

24.

What peripheral is this?

a)

Speaker

b)

Color Sensor

c)

Ultrasonic Sensor

d)

Eyes

25.

What peripheral is this?

a)

Laser Sensor

b)

Color Sensor

c)

Camera Sensor

d)

Ultrasonic Sensor

26.

What peripheral is this?

a)

EV3

b)

Color sensor

c)

Robot

d)

Motor

27.
A programming command that allows a computer to repeat a code sequence.
a)
Loop
b)
Color
c)
Robot
d)
Code
28.
A written note in the program that explains something about that portion of the program.
a)
Code
b)
Color
c)
Comment
d)
Robot
29.

An EV3 sensor that detects physical contact and reports back to the brick whether its contact area is pushed or not.

a)

Touch Sensor

b)

Bumper Sensor

c)

Ultrasonic Sensor

d)

Color Sensor

30.
A diagram which uses a set of standard symbols to represent the sequence of operations of a computer program.
a)
Ports A-D
b)
Ports
c)
Ports 1-4
d)
Program Flowchart
31.
The electronic component that controls the operation of the robot by the following instructions contained in the stored program.
a)
EV3 Brick
b)
Ports
c)
Block
d)
Sensor
32.

__________ are used to connect motors to EV3 brick

a)

Switch

b)

Ports 1-4

c)

Ports

d)

Ports A-D

33.
The general term for any command or group of commands in a program. In the Lego mindstorms software, this is one or more blocks.
a)
Loop 
b)
Code 
c)
Color 
d)
Touch
34.

What is this?

a)

Axle

b)

Connector Peg

c)

Beam

d)

frame

35.

What is this?

a)

Touch Sensor

b)

Color Sensor

c)

Motor

d)

Medium Motor

36.

What is this?

a)

Large Motor

b)

Medium Motor

c)

Touch Sensor

d)

Color Sensor

37.

What is this?

a)

Color Sensor

b)

Touch Sensor

c)

Large Motor

d)

Medium Motor

38.

What is this?

a)

Plate

b)

Beam

c)

Gear

d)

Axle

39.

When working in a group for robotics, students should

a)

Stay on task but don't work with other group members

b)

Socialize with other group members and don't help your group

c)

Socialize with group members outside of your group and then work alone

d)

Stay on task and work with other group members appropriately

40.

Putting blocks or commands in correct order so computers can read them is called:

a)

a sequence

b)

a list

c)

a command order

d)

the Order of the Phoenix

41.

A loop within another loop is called a(n)

a)

Nested Loop

b)

Inserted Loop

c)

Squared Loop

d)

Repeated Loop

42.

A container that holds a single number, word, or other information that you can use throughout a program is called a(n):

a)

Algorithm

b)

Array

c)

Constant

d)

Variable

43.

What is a specific piece of data, such as a word or a number called in coding?

a)

Byte

b)

Variable

c)

Value

d)

Constant

44.

A ___ is a part of a program that does not work correctly.

a)
Bug
b)

Error

c)

Mistake

45.

What is the maximum speed you can program your EV3 Motor to go?

a)

50

b)

100

c)

1,000

d)

75

46.

This kind of block is called a

a)

reporter

b)

hat

c)

cap

d)

boolean

e)

stack

47.

This kind of block is called a

a)

reporter

b)

hat

c)

cap

d)

boolean

e)

stack

48.

This kind of block is called a

a)

reporter

b)

hat

c)

cap

d)

boolean

e)

stack

49.

This icon represents

a)

a single motor

b)

two motors

c)

a medium motor

d)

a touch sensor

50.

This icon represents

a)

a single large motor

b)

Two Large Motors

c)

a medium motor

d)

a color sensor

51.

What is the block under the hat block called? Select both correct answers!

a)

C Block

b)

Boolean block

c)

Control block

d)

Repeat block

52.

This icon refers to a ___________ sensor.

a)

Touch

b)

Color

c)

Gyro

d)

Ultrasonic

53.

This icon refers to a ___________ sensor.

a)

Touch

b)

Color

c)

Gyro

d)

Ultrasonic

54.

This icon refers to a ___________ sensor.

a)

Touch

b)

Color

c)

Gyro

d)

Ultrasonic

55.

This icon refers to a ___________ sensor.

a)

Touch

b)

Color

c)

Gyro

d)

Ultrasonic

56.

What does this program do?

a)

Moves the A + D motors forward one rotation.

b)

Moves the B + C motors forward one rotation.

c)

Nothing - it doesn't start with a hat block.

d)

Moves the B+ C motors backwards one rotation.

57.

What does this program do?

a)

When the color sensor reads Red, the A motor runs clockwise.

b)

When the color sensor reads Green, the A motor runs clockwise.

c)

When the color sensor reads Green the B motor runs counter clockwise.

d)

When the color sensor reads red, the B motor runs clockwise.

58.

True or False: Motors are outputs.

a)

True

b)

False

59.

True or False: Sensors are inputs.

a)

True

b)

False

60.

True or False: Sensors use the number ports on the EV3 Brick.

a)

True

b)

False

61.

The best use for sound and light effects is...

a)

to add feedback to your program.

b)

to make your program look cool.

c)

to annoy your teacher.

d)

to strike fear into the souls of your enemies.

62.

True or false: Port View on the EV3 gives you instantaneous readings of all plugged in sensors.

a)

True

b)

False

63.
a)
Bushings
b)
Beams
c)

Connector Pegs

d)

Gears

64.

The robot will spin for how many rotations?

a)

4.3

b)

2.5

c)

1

d)

3

65.

Running this code will make the robot do a:

Pivot = 1 Tire Turn

Curve = 2 Tire Turn

Spin = Zero Degree Turn

a)

Curve for 4.3 rotations, wait 1 second, spin for 2.5 rotations, wait 1.5 seconds, pivot for 3 rotations

b)

Pivot for 4.3 rotations, wait 1 second, curve for 2.5 rotations, wait 1.5 seconds, spin for 3 rotations

c)

Curved turn for 4.3 rotations, wait 1 second, pivot for 2.5 rotations, wait 1.5 seconds, spin for 3 rotations

d)

Pivot for 4.3 rotations, wait 1 second, spin for 2.5 rotations, wait 1.5 seconds, curve for 3 rotations

66.

How many seconds will the robot wait after it has completed the curved turn?

a)

0.5

b)

1

c)

1.5

d)

2

67.

Which port is the sensor plugged into?

a)

1

b)

2

c)

3

d)

4

68.

The program will start running at _______power.

a)

0

b)

65

c)

100

d)

40

69.

What color will the sensor detect?

a)

Blue

b)

Green

c)

Red

d)

Yellow

70.

What will the robot do after it detects the color?

a)

Stop, say the color, move forward for 2 rotations

b)

Say the color, stop, move forward for 2 seconds

c)

Stop, say the color, move forward for 2 seconds

d)

Stop, say the color, move forward for 2 degrees