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WorksheetsFLL Challenge Overview and Rules
Total questions: 26
Worksheet time: 15mins
Which of the following is NOT a Core Value of FLL?
Innovation
Respect
Aggressive competitiveness
Teamwork
What does Discovery mean in the Core Values?
Finding mistakes in other teams
Always winning
Copying ideas
Learning new skills
How long does a match on the robot table last?
5 minutes
1 minute
3 minutes
2 minutes 30 seconds
How many official attempts can a team make at the robot table?
1
3
5
10
What is the main goal of FLL Challenge?
Always winning
Learning and having fun
Being the best team
Never making mistakes
Which Core Value is about accepting and valuing differences?
Respect
Impact
Inclusion
Innovation
Where must the robot always start?
In the center of the table
In the base / Home corner
In the free start zone
At any mission
Which Core Value is demonstrated when students work together as a team?
Teamwork
Impact
Innovation
Play
What happens if the robot is touched outside the base?
It is restarted in the base
It is eliminated
The mission is lost
Nothing happens
Which Core Value is shown when students respect other teams’ ideas?
Fun
Respect
Inclusion
Innovation
What happens if a team arrives late to their round?
It doesn’t matter
They get extra time
They can recover later
They lose the round
What happens if a team receives help from an adult during the round?
It is allowed
The round is repeated
They are penalized
Nothing happens
Which Core Value is demonstrated when students learn from mistakes?
Respect
Discovery
Innovation
Inclusion
What is evaluated besides the robot in FLL Challenge?
Only the robot
Innovation Project and Core Values
Instruction manual
Nothing
Which Core Value is about creating a positive change in the community?
Fun
play
Impact
Dance
Which Core Value encourages creativity in solving problems?
Innovation
Respect
Cry
Inclusion
What does Gracious Professionalism mean?
Winning at all costs
Not helping others
Ignoring rules
Competing with respect and kindness
Design a robot to assist in daily household chores. What are the key considerations you must plan for to ensure the robot can navigate a typical home environment effectively?
Color of the robot
Battery life
Ability to navigate stairs and uneven surfaces
The robot's ability to play music
You are tasked with programming a robot to pick up objects of varying weights and sort them into corresponding bins. The robot's program should include a decision-making process based on the weight of each object. What programming concept is essential for implementing this task?
Data types
Sensors input
Control structures
Error handling
You are programming a robot to navigate through a maze. The robot can move forward, turn left, or turn right. You need to use a loop to make the robot continue moving forward until it encounters a wall. Which programming concept is most critical to implement this task?
Conditional statements
Loop constructs
Variable assignment
Function calls
A reading passage describes a historical event from multiple perspectives. To deepen understanding, what should students focus on while reading?
The sequence of events.
The differences in perspectives.
The factual accuracy of the event.
The length of the passage.
What mathematical concept is essential when programming a robot to follow a curved path?
Trigonometry
Algebra
Calculus
Statistics
In robotics, what is an example of an ethical consideration that must be addressed during the design phase?
Color scheme of the robot
Programming the robot to recognize personal boundaries
Choosing between battery and solar power
Deciding the robot's name
Is this statement logical? Why or why not? "If I use my umbrella when it's raining, I won't get as wet." Circle one.
Logical
Illogical
In a STEAM project, students are tasked with designing a bridge using limited materials. Which problem-solving strategy would best help them optimize their design?
Trial and error without any planning
Using a systematic approach to test different materials and structures
Copying a design from a textbook
Ignoring constraints and focusing on aesthetics
An effective problem-solving approach often includes:
Ignoring the problem
Defining the problem clearly
Blaming others for the problem
Jumping to conclusions without analysis
