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WorksheetsMix and Match Vex IQ Quiz
Total questions: 30
Worksheet time: 15mins
Which of the following best describes the main objective of the Mix and Match Vex IQ 2025 Competition game?
To build the tallest robot possible
To score points by completing specific tasks on the field
To race robots around a track
To program robots to play music
What is the maximum number of teams that can form an alliance in a standard Mix and Match Vex IQ 2025 match?
1
2
3
4
Which component is essential for controlling a Vex IQ robot during the competition?
Solar panel
Controller
Water pump
Propeller
In the Mix and Match Vex IQ 2025 Competition, what is the primary method for scoring points?
Knocking over obstacles
Completing field tasks and objectives
Collecting coins
Drawing on the field
Which of the following is a basic principle of robot design for Vex IQ competitions?
Use as many parts as possible
Ensure stability and reliability
Make the robot as heavy as possible
Avoid using sensors
What should teams do before a match to ensure their robot is ready to compete?
Paint the robot
Check battery levels and connections
Remove all sensors
Disassemble the robot
Which of the following is a common issue that can occur during a Vex IQ match?
Robot overheating
Loose wiring connections
Rain on the field
Lack of internet connection
Which rule must all teams follow during the Mix and Match Vex IQ 2025 Competition?
Only one robot per team is allowed on the field
Teams can modify the field during the match
Robots must be powered by gasoline
Teams can use remote-controlled drones
What is the main purpose of collaborating with another team during a match?
To sabotage the other team
To maximize the alliance’s total score
To share robot parts
To confuse the judges
Which of the following is a simple troubleshooting step if a robot does not start?
Replace the entire robot
Check if the power switch is turned on
Rebuild the field
Change the game rules
If a team wants to improve their robot’s ability to pick up objects, which design modification would be most effective?
Add decorative stickers
Install a more efficient gripping mechanism
Increase the robot’s height
Remove all sensors
How can teams best communicate during a match to ensure effective collaboration?
Use hand signals and pre-agreed strategies
Shout over each other
Ignore their alliance partner
Only communicate after the match
Which strategy can help a team maximize their score during the autonomous period?
Program the robot to perform random movements
Plan and code specific tasks that score the most points
Wait for the driver period to start
Turn off all sensors
What is an effective way to prepare for unexpected issues during a competition?
Bring spare parts and tools
Only bring the robot
Ignore possible problems
Rely on other teams for help
If a robot consistently veers to one side, what is a logical first step to troubleshoot the problem?
Check if the wheels are properly aligned
Change the game rules
Paint the robot a different color
Remove the battery
How can a team ensure their robot is within the competition’s size limits before a match?
Guess the size by looking at it
Measure the robot with a ruler or measuring tape
Ask another team
Ignore the size rules
Which of the following is a good practice for maintaining robot reliability throughout the competition?
Regularly inspect and tighten all connections
Only check the robot at the end of the day
Never update the robot’s code
Use random parts
If a team’s robot is not responding to controller inputs, which step should they take first?
Check the connection between the controller and the robot
Rebuild the robot from scratch
Change the field layout
Ignore the problem
During match preparation, how can teams ensure their robot’s code is functioning as intended?
Test the robot’s code in practice runs
Assume the code works without testing
Only check the code after the match
Use code from another team
What is a benefit of using sensors in a Vex IQ robot design?
Sensors increase the robot’s weight
Sensors allow for more precise and autonomous actions
Sensors make the robot slower
Sensors are only decorative
Given a scenario where both alliance robots are capable of scoring in the same area, how should teams strategize to maximize their total score?
Both robots should compete for the same tasks
Divide tasks so each robot focuses on different objectives
Only one robot should participate
Ignore the scoring system
If a team notices their robot’s arm is not lifting objects as expected during a match, what reasoning process should they use to identify the cause?
Analyze if the motor is functioning and check for obstructions or programming errors
Immediately replace the entire robot
Ignore the issue and continue
Ask the judges to fix it
How should a team plan their match preparation to minimize the risk of technical failures during the competition?
Create a checklist for pre-match inspections and test all systems
Only check the robot if it fails during a match
Rely on luck
Skip practice runs
If a team’s robot is consistently outscored by opponents, what strategic thinking should they apply to improve their performance?
Analyze match footage to identify weaknesses and adjust their strategy
Ignore the results
Blame the alliance partner
Change the robot’s color
When collaborating with another team, what is an effective way to resolve a disagreement about match strategy?
Discuss each team’s strengths and agree on a plan that leverages both robots’ abilities
Insist on your own plan without discussion
Refuse to collaborate
Let the judges decide
If a robot’s autonomous program is not performing as expected, what steps should the team take to diagnose and fix the issue?
Review the code, test individual functions, and observe the robot’s behavior to identify errors
Delete the entire program
Ignore the problem
Ask another team to write the code
How can a team use evidence from previous matches to improve their robot’s design?
Analyze performance data and make targeted design changes based on observed weaknesses
Make random changes without analysis
Ignore past performance
Only focus on aesthetics
If a team’s robot experiences intermittent power loss during matches, what logical sequence should they follow to troubleshoot the issue?
Check battery connections, test with a new battery, and inspect wiring for faults
Replace the robot’s wheels
Change the field layout
Ignore the problem
What planning process should a team use to ensure all match roles are covered and responsibilities are clear?
Assign specific tasks to each team member and review the plan before the match
Let everyone do whatever they want
Only assign roles after the match starts
Have no plan
How can a team strategically use the competition scoring system to their advantage during a match?
Prioritize tasks that yield the highest points and coordinate with their alliance partner to avoid overlap
Attempt every task without considering point values
Ignore the scoring system
Only focus on defense
