RoboCamp with EV3 Pre-assessment - Technical & Vocational Education & Training (TVET) TVET & K-12 S.T.E.A.M.

RoboCamp with EV3

(Ages 10+)

Unlock your potential in CS-STEM with the world’s leading robotics program.

Welcome to Carnegie Mellon Robotics Academy Certification Bootcamp Pre-assessment of Lego EV3.

Parent's Name

Registration E-mail

Mobile Phone Number

Student's Name

Which of the program tells the robot to move forward as long as there are no obstacle 5 cm away from the robot?

question12

Student A have programmed the robot to spin in place, but the robot rotates around the right wheel instead. What should the student consider doing to fix the problem?

Rotate the robot and try to run the program again

Programming software is faulty, reinstall the software again

Try running robot on a different surface

Check that the cable connected to the right motor is properly connected in the lettered ports then try to run the program again

question15

What does Gyro Sensor measure?

The amount the Gyro Sensor has rotated in the direction(s) indicated by the arrows on the sensor

The speed at which the robot is moving

Strength of the magnetic field around the sensor

The stability of the robot

question9

What happens when the stop moving block was removed?

Unable to run the program as the "stop moving" block is required

Robot will not move

Robot will stop when Touch Sensor is pressed

Robot will not stop when Touch Sensor is pressed

question6

What will the robot do if both motors spin in the same direction at the same velocity?

Spin in place

Turn right

Turn left

Drive straight

question13

Sensors can be plugged into the EV3 CPU _____

Only in the lettered ports (A,B,C,D)

Only in the numbered ports (1,2,3,4)

In any available ports

Only in the USB Port

question4

How many states does the touch sensor have?

4 States

1 States

2 States

3 States

question16

Given that the left motor is connect to Port A and right motor is connected to Port C, what will happen when this program runs?

Robot will move forward

Robot will rotate around the wheel of the right motor

Robot will spin in place

Robot will rotate around the wheel of the left motor

question11

Given the following program, under what condition will the robot drive forward?

If the Ultrasonic Sensor detects an obstacle 15cm or further in front of the robot

If the Ultrasonic Sensor detects an obstacle lesser than 15cm away

After the robot drove backwards

If the robot drove backwards

question1

10.

Which sensor is most appropriate for detecting room light intensity?

Gyro Sensor

Touch Sensor

Ultrasonic Sensor

Colour Sensor

question3

11.

Which sensor(s) is most appropriate for detecting an obstacle before the robot collides into it?

Gyro Sensor

Touch or Ultrasonic Sensor

Color Sensor

Ultrasonic Sensor

question10

12.

What does EV3 Ultrasonic Sensor measure?

Sensor emits laser and calculate distance based on the time taken for the laser to travel from the sensor and reflect back to the sensor from the nearest object

Sensor detects the ambient noise level

Sensor emits laser and calculate brightness of the room based on the changes in light intensity of the laser reflected back to the sensor from the nearest object

Sensor emits sound and calculate distance based on the time taken for the sound to travel from the sensor and reflect back to the sensor from the nearest object

question8

13.

Which of the following is true about the Colour Sensor?

It cannot detect light intensity

It can detect 8 colours

It can detect when there is no color

It can be programmed to detect distance

question7

14.

How do you stop a running program on the EV3 CPU?

Press the back button

Press the center button

Hold down the center button

Unplug the USB cable

question5

15.

Which of the following is true about the difference between hold position and float?

Hold position allow the motor to move due to momentum while float stops the motor immediately

Hold position stops the motor immediately while float allows the motor to move due to momentum

question14

You've reach the end of the assessment!
Click submit to send us your result, alternatively, you can go back to the previous questions to check your answers.

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