1. The color of the object it is meant to move

1. The size of the object it is meant to move

1. The shape of the object it is meant to move 

1. The weight of the object it is meant to move

1. Copying another team’s robot to get a better grade

1. Researching other teams so that you can make knowledgeable and informed decisions about your designs

1. The act of driving the robot in a competition

1. Building a project in VEXcode EXP to pick up and move a Buckyball with your robot

1. A. Document their conversation

B. Have questions ready

1. C. Be dishonest about their robot design to try to trick another team

1. Both A and B

1. It is a type of wheel that can turn in multiple directions

1. It is a type of suction-based gripper that is used to pick up and transport objects

1. It makes it easier for you to code your robot to drive or turn specific distances

1. It is a type of mechanism that functions similarly in motion to a human arm used to pick up, move, and transport objects

1. The color of the object it is meant to move

1. The stability of the arm

1. If the arm needs to remain level

1. The weight of the object it is meant to move

1. 4-Bar

1. Chain Bar Arm

1. Elbow 2-Bar

1. Swing Arm

1. 4-Bar

1. 6-Bar

1. Elbow 2-Bar

1. Swing Arm

1. 4-Bar

1. Elbow 2-Bar

1. Chain Arm

1. Swing Arm

1. It is a type of gripper that is used to pick up and transport objects

1. It consists of two motors that are going to function as if they are one device

1. It is a decision made from observable and measurable data 

1. It is a device where each motor must be coded individually

1. It enables two motors to be programmed as one device

1. It can be controlled using one or two buttons on the Controller

1. It makes it more difficult to code your robot to move

1. It can make your robot have more power, or lifting ability

1. Connected to the same port on the Brain

1. Spinning in opposite directions

1. Disconnected to each other

1. Mechanically connected

1. Beam and plate

1. Gear train

1. Chain and Sprocket

1. Two motors sharing a shaft

1. Open the Help; select ‘Motion’ blocks; then select the [Spin motor] block

1. Open the Devices window; select ‘Add a Device’; select ‘Motor Group’; select the ports on the Brain that your motors are connected to; then select ‘Done’

1. Open the Devices window; select ‘Add a Device’; select ‘Bumper Switch’; then select ‘Done’

1. Open the Devices window; then select ‘Controller’

1. You can select the buttons you wish to use to control your motor group, and the direction of movement for those buttons

1. The left joystick is automatically selected, and cannot be changed in any way

1. You must configure your Controller before configuring the motor group 

1. The buttons will control the individual motors in the group, not the direction of movement

1. Unfair and biased opinions

1. Personal preferences and relationships

1. Randomization of choices

1. Observable and measurable data

1. Choosing your favorite person on the team every time 

1. Picking a driver at random 

1. Data-driven decision making

1. None of the above

1. A. Being loud and aggressive in your tone of voice 

1. B. Backing up suggestions with data to show why you are making that choice 

1. C. Using a calm and respectful tone of voice 

1. Both B & C

1. Two motors that function as if they are one device 

1. A mechanical sensor that reports if it is pressed or not pressed

1. A mechanism designed to manipulate an object to complete a specific task

1. A sensor capable of detecting ‘capacitive’ touch

1. It has a power source or motor attached to it

1. It is not movable

1. It has no motors attached to it

1. It is not useful for lifting an object

Attach code to behaviors, test your code, iterate on your project

Identify vague steps needed to complete the task, then guess and check to complete your project

Talk to your team about what your robot needs to do, take turns adding blocks to the project, start the project

Identify the task of the robot, break that task down into the smallest possible behaviors, attach code to each of those behaviors

A Touch LED

A Drivetrain

An individual motor or motor group

1. A Bumper Switch

1

2

3

4

Robot movement is controlled by sensors and driver control

Robot movement is entirely controlled by code

Robot movement is entirely driver controlled

All of these are examples of Autonomous

Split Arcade

Left Arcade

Penny Arcade

Tank Drive