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Worksheets

V5 Experience

Total questions: 40

Worksheet time: 23mins

Name
Class
Date
1.

What behavior will the VR Robot perform if the condition of the Left Bumper Sensor being pressed is TRUE?

a)

The VR Robot will continue to drive forward forever.

b)

The VR Robot will drive in reverse for 50 millimeters (mm) and then turn left for 90 degrees.

c)

The VR Robot will stop moving.

d)

The VR Robot will drive forward for 50 millimeters (mm) and then turn right for 90 degrees.

2.

Which of the following would result in the robot driving in a square?

a)
b)
c)
d)
3.

Why is this car not starting when the bumper is pressed?

a)

Need to remove the wait

b)

Need to remove the stop

c)

Need a spin motor block after the set velocity block

d)

Need to get rid of the forever loop

4.

The motor doesn't start when the bumper is pressed. What's wrong?

a)

Didn't put a stop motor

b)

Didn't use a forever loop

c)

Didn't tell the motor to spin

d)

Didn't put in a wait before the stop

5.

Which block must be at the beginning of every program in VEXcode?

a)

b)

c)

d)

6.

Why would a [If then] block be used in a project?

a)

To execute a set of commands only if a certain condition is true.

b)

To repeat a set of commands a specific number of times.

c)

To ask the user a question.

d)

To execute commands in a random order.

7.

What happens when a [Stop Project] block is used in a project?

a)

All motors stop spinning, but then start to run again.

b)

The project pauses for a specified amount of time.

c)

All actions and the project are stopped immediately.

d)

The project saves and continues running.

8.

What does a standoff do?

a)

Creates space between parts and adds stability.

b)

Keeps the wheels from moving too fast

c)

Adds height to gears

d)

Creates depth to an object that needs to move

9.

Using the picture, which part is being shown?

a)

brain

b)

motor

c)

limit switch

d)

battery pack

10.
Using the picture, which part is being shown?
a)
plastic collars
b)
screws
c)
nuts or bolts
d)
metal collars
11.

Using the picture, which part is being shown?

a)

battery pack

b)

cortex

c)

motor

d)

power

12.
Using the picture, which part is being shown?
a)
bump sensor
b)
limit switch
c)
potentiometer
d)
line tracker
13.

What is this VEX Robot part?

a)

Bump Switch

b)

Wheel

c)

Sprocket Gear

d)

Axel or shaft

14.
What is this VEX Robot part?
a)
Vex Wheel
b)
Vex Spacer
c)
Vex Collar Shaft
d)
Vex Spur Gear
15.
What is this VEX part?
a)
Base Plate
b)
KEP's Nut
c)
Axle
d)
Standoff
16.
What is the name of this part?
a)
Sprocket
b)
Spur Gear
c)
Wheel
d)
Bevel Gear
17.
What is the name of this part?
a)
Spur Gear
b)
Sprocket
c)
Bevel Gear
d)
Wheel
18.
Using the picture, which part is being shown?
a)
bump sensor
b)
potentiometer
c)
limit switch
d)
line tracker
19.

What is this VEX Robot part?

a)

Brain

b)

Radio

c)

Battery

d)

Remote

20.
a)

Smart Cable

b)

Battery Cable

c)

Connector Cable

d)

Rubber Band

21.

What is this part?

a)

v5 Distance Sensor

b)

v5 Optical Sensor

c)

v5 Inertial Sensor

d)

v5 Rotational Sensor

22.

What is this part called?

a)

battery holder

b)

battery strap

c)

battery stop

d)

battery clip

23.
What is the name of this part?
a)
Base Plate
b)
C Channel
c)
Spacer
d)
Flat Bar
24.
a)

Smart Motor

b)

Radio

c)

Engine

d)

Brain

25.

What is the purpose of the VEX V5 Brain?

a)

To control the actions of the robot

b)

To store and read the code

c)

To protect the touch screen

d)

To provide power to the robot

26.

What are the types of sensors used in VEX V5?

a)

Digital and Analog

b)

Mechanical and Electrical

c)

Optical and Magnetic

d)

Pressure and Temperature

27.

What kind of sensor sends an immediate 0/1 signal to the VEX V5 Brain?

a)

Digital sensor

b)

Analog sensor

c)

Bumper switch

d)

Limit switch

28.

What is the purpose of a Bumper switch?

a)

To act as a button

b)

To measure rotational distance

c)

To measure light reflection

d)

To prevent excessive movement

29.

How do analog sensors work?

a)

They send measurements to the VEX V5 Brain

b)

They convert voltage into numbers

c)

They provide power to the robot

d)

They control the actions of the robot

30.

What do potentiometers measure?

a)

Rotation of a shaft

b)

Amount of light reflection

c)

Relative position of a shaft

d)

Voltage from 0 to 5V

31.

This is a(n)...

a)

distance sensor

b)

optical sensor

c)

line tracker/follower

d)

light sensor

32.

This is a(n)...

a)

optical sensor

b)

limit switch

c)

motor controller

d)

LED

33.

The optical sensor can do all of the following EXCEPT

a)

detect an object

b)

detect a color

c)

measure the exact hue of a color

d)

measure the exact distance of an object

34.

The distance sensor can do all of the following EXCEPT

a)

detect a color

b)

detect the relative size of an object

c)

measure the exact speed of an object

d)

measure the exact distance of an object

35.

What does this block do?

a)

runs code when the program is started.

b)

turn the robot right.

c)

moves the robot forward.

d)

stops the robot from moving.

36.

In this project, how many times will the [Drive] block be repeated?

a)

It will be repeated forever.

b)

It will repeat 100 times.

c)

It will repeat 90 times.

d)

It will repeat once.

37.

What part of the block do you

select to change the direction of the drive forward block?

a)

1

b)

2

c)

3

d)

4

38.

Explain the steps to troubleshoot a 'sensor not working' error in Vex V5 Code.

a)

Check the physical connection, verify sensor configuration, test using sample code, consider replacement or seek technical support

b)

Update the Vex V5 Code software

c)

Unplug all sensors and restart the robot

d)

Ignore the error and continue using the sensor

39.

Why is this car not starting when the bumper is pressed?

a)

Need to remove the wait

b)

Need to remove the stop

c)

Need a spin motor block after the set velocity block

d)

Need to get rid of the forever loop

40.

The following sensors are digital sensors

a)

potentiometer

b)

bumper

c)

limit switch

d)

optical