WorksheetsClabbot w/Controller Review
Total questions: 8
Worksheet time: 4mins
Which of the following about loops is true?
A loop can repeat a robot’s actions forever
A loop can repeat a robot’s actions a set number of times
A loop shortens the number of blocks needed in a project
All of these are correct
Mitchel wants to program his Clawbot to continuously run in a square path around the room without stopping. Which is the best block to use to accomplish this?
The [Repeat] until block
The [Repeat] block
The [Wait until] block
The [Forever] block
To start a project in VEXcode IQ, which is the correct order of steps?
Open the file menu, select examples, choose a template, name the project, save the project
Open the file menu, choose a template, name the project, select examples, save the project
Save the project, open the file menu, name the project, select examples, choose a template
Jose has created a project to make his Clawbot drive forward, set the Touch LED color to blue, and play a sound. He wants to repeat this series of behaviors 4 times. How many total inches forward has the Clawbot traveled when the loop is complete?
8
6
42
4
Terrance is using a repeat block with 4 blocks inside of it. The [repeat] block is set to [repeat] 11 times. What is the right mathematical notation which describes how many total blocks the robot will run through in the project, including the [repeat] block?
1 + (4 x 11)
4 x 11
1 + 4 + 11
4 + 11
True or false: The Joystick, L buttons, and R buttons are all triggers for event-driven programming in the Clawbot Control Example Project.
True
False
In the following project, what function does the [set motor stopping] blocks do?
They do not allow the Controller to move the Arm and Claw.
They stop the motors from moving after the loop has ended.
They allow the motors to spin freely.
They prevent the Arm from dropping and/or the Claw from closing when the buttons that control their motors are released.
Clawbot has a challenge to navigate a maze course to land on one of the red dots. The Clawbot starts on the box with the star. Clawbot can only navigate on the white squares. What is the shortest number of squares the Clawbot could travel to land on one of the red dots?
9
7
3
12
