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Vex IQ Mix and Match Quiz 2025-2026

Total questions: 30

Worksheet time: 23mins

Name
Class
Date
1.

What does "VEX IQ" primarily refer to in robotics competitions?

a)

A type of programming language

b)

A robotics platform for students

c)

A scoring system

d)

A sensor module

2.

Which of the following is a key component included in a standard VEX IQ kit?

a)

Metal gears

b)

Plastic snap-together parts

c)

Hydraulic pistons

d)

Pneumatic cylinders

3.

In the VEX IQ Mix and Match 2025-2026 competition, what is the main objective of the game?

a)

To build the tallest robot

b)

To score points by moving and matching colored objects

c)

To complete a maze

d)

To race robots

4.

How many teams typically form an alliance in a standard VEX IQ Teamwork Challenge match?

a)

1

b)

2

c)

3

d)

4

5.

Which programming languages are officially supported for VEX IQ robots?

a)

Python and Java

b)

VEXcode Blocks and Modkit

c)

C++ and Ruby

d)

Scratch and Pascal

6.

What is the maximum number of motors allowed on a VEX IQ robot in official competitions?

a)

2

b)

4

c)

6

d)

8

7.

In Mix and Match, what is the penalty for intentionally damaging another robot?

a)

No penalty

b)

Disqualification from the match

c)

10-point deduction

d)

Warning only

8.

Which of the following is NOT allowed during a VEX IQ competition match?

a)

Adjusting the robot during the match

b)

Using sensors to detect objects

c)

Programming autonomous routines

d)

Using the official VEX IQ parts

9.

What is the duration of a standard VEX IQ Teamwork Challenge match?

a)

30 seconds

b)

60 seconds

c)

90 seconds

d)

120 seconds

10.

Which field element is unique to the Mix and Match 2025-2026 game?

a)

Hexballs

b)

Color-coded cubes

c)

Rings

d)

Cones

11.

If a robot is required to match objects by color in Mix and Match, which sensor would be most appropriate to use?

a)

Distance sensor

b)

Color sensor

c)

Touch sensor

d)

Gyro sensor

12.

A team wants to maximize their score by matching as many objects as possible in Mix and Match. Which strategy should they prioritize?

a)

Moving objects randomly

b)

Sorting objects by color before placing them

c)

Ignoring object colors

d)

Blocking other teams

13.

During a VEX IQ match, if a robot gets stuck, what is the correct procedure for the team?

a)

Enter the field and fix it

b)

Wait for the match to end

c)

Use the controller to try to free the robot

d)

Ask the referee to stop the match

14.

If a team wants to program their robot to autonomously sort objects by color, which programming concept should they use?

a)

Loops and conditionals

b)

Only variables

c)

Only functions

d)

Only comments

15.

A robot is consistently missing the target area when placing objects. What is the best first step to troubleshoot this issue?

a)

Rebuild the entire robot

b)

Check and recalibrate the sensors

c)

Change the game strategy

d)

Ignore the problem

16.

If a team wants to improve their robot's speed in Mix and Match, which modification would be most effective?

a)

Add more decorations

b)

Use lighter materials and optimize gear ratios

c)

Remove all sensors

d)

Increase the robot's size

17.

A team notices that their robot's arm is not lifting objects high enough to score. What should they analyze to solve this problem?

a)

The color of the objects

b)

The torque and length of the arm mechanism

c)

The field layout

d)

The team’s uniforms

18.

Which of the following best describes the role of teamwork in the VEX IQ Teamwork Challenge?

a)

Teams compete against each other

b)

Teams work together to achieve a common score

c)

Only one team is allowed on the field

d)

Teams sabotage each other

19.

If a robot is required to place objects in specific zones for points, what is the most efficient way to plan its path?

a)

Move randomly around the field

b)

Use a pre-programmed path with sensor feedback

c)

Wait for the other team to finish

d)

Only use manual control

20.

A team wants to ensure their robot is within the size limit before a match. What should they do?

a)

Guess the size

b)

Use the official sizing tool provided at the event

c)

Ask another team

d)

Ignore the rule

21.

Given the scoring rules in Mix and Match, how would you calculate the maximum possible score for a single match?

a)

Add the points for each matched object and bonus zones, considering all objects are perfectly placed

b)

Estimate based on previous matches

c)

Guess a high number

d)

Only count the objects in one zone

22.

A team’s robot is consistently losing connection with the controller during matches. What steps should the team take to diagnose and resolve the issue?

a)

Ignore the problem

b)

Check battery levels, inspect cables, and test wireless connections

c)

Change the game strategy

d)

Ask the referee to fix it

23.

If two teams have robots with similar designs but different scoring outcomes, what factors could explain the difference?

a)

Random chance only

b)

Driver skill, programming efficiency, and strategy

c)

The color of the robots

d)

The number of team members

24.

How would you design a robot mechanism to efficiently sort and place objects of different colors in Mix and Match?

a)

Use a single arm for all objects

b)

Incorporate color sensors and multiple sorting bins

c)

Only use manual sorting

d)

Ignore object colors

25.

A team wants to optimize their autonomous routine for Mix and Match. What process should they follow?

a)

Run the routine once and hope for the best

b)

Test, analyze results, and iteratively improve the code

c)

Only use pre-written code from the internet

d)

Skip autonomous mode

26.

If a rule in the Mix and Match game manual seems unclear, what is the best way for a team to get clarification?

a)

Make their own interpretation

b)

Ask the event referee or submit a question to the official Q&A forum

c)

Ignore the rule

d)

Ask another team

27.

How can a team ensure their robot is both fast and accurate when placing objects in Mix and Match?

a)

Focus only on speed

b)

Balance speed with sensor feedback and precise programming

c)

Only use manual control

d)

Ignore accuracy

28.

A team is preparing for the Mix and Match competition and wants to maximize their alliance’s score. What should they do during practice sessions?

a)

Practice alone only

b)

Coordinate strategies and practice with alliance partners

c)

Only focus on building

d)

Ignore alliance partners

29.

If a robot’s design is not performing as expected during matches, what is a systematic approach to identify and fix the issues?

a)

Change everything at once

b)

Analyze performance, identify specific problems, and test targeted solutions

c)

Ignore the problems

d)

Only change the code

30.

How should a team adapt their strategy if their alliance partner’s robot is not functioning during a Mix and Match match?

a)

Continue with the original plan

b)

Adjust their own robot’s tasks to cover more objectives and maximize points

c)

Stop playing

d)

Only focus on defense