TI-Rover Quiz

What is the first step in troubleshooting if the fast fix does not work?

• Plug the A side of the unit-to-unit cable into the calculator

• Plug the B side of the unit-to-unit cable into the Rover Hub

• Switch Rover OFF

• Unplug the unit-to-unit cable from both the hub and the calculator

What key should you press to create, edit, and execute TI-Python programs?

• Link

• Alpha

• Prgm

• Quit

What should you do before running a TI-Rover program?

• Run a new Python program

• Unplug the unit-to-unit cable from the hub and the calculator

• Make sure that the calculator unit-to-unit cable is connected to the Hub inside the Rover

• Turn off the calculator

What is the purpose of the program line 'rv.forward(5)'?

• To turn the Rover left by 180 degrees

• To drive the Rover forward by 5 units

• To stop the Rover

• To drive the Rover backward by 5 units

What is the function of 'rv.left(180)' in the program?

• To turn the Rover right by 180 degrees

• To drive the Rover forward by 180 units

• To stop the Rover

• To turn the Rover left by 180 degrees

What is the purpose of the program line 'rv.left()'?

• To turn the Rover right by an angle

• To stop the Rover

• To turn the Rover left by an angle

• To drive the Rover forward

What should you do after running the program in the Python shell?

• Turn off the Rover

• Return to the Python editor

• Run a new Python program

• Unplug the unit-to-unit cable from the hub and the calculator

What is the first line of code needed for a program to run the Rover?

• rv.forward(1)

• rv.turnOn()

• rv.Left()

• import ti_rover as rv

Which is the correct angle measurement to draw an equilateral triangle?

• import ti_rover as rv
• rv.left(60)

• rv.left(90)

• rv.left(120)

What does the following line of code do?
rv.foward (2, "m")

• Drive forward 2 units

• Drive forward 2 meters

• Drive forward for 2 seconds

• Drive forward for 2 meters in 2 seconds