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Blast Busy Bot Barriers: Pre-K Problem Solving Quiz (Hard) Hoja de trabajo • Descarga gratuita en PDF con clave de respuestas

Design efficient pathways and fix broken routines to help robots navigate tricky obstacles through high-level logical reasoning.

Panorama pedagógico

This quiz assesses foundational computational thinking and logical reasoning skills through the lens of robotic problem-solving. It utilizes a scaffolded approach that moves from simple risk evaluation to complex algorithmic sequencing and task decomposition. Ideal for early childhood STEM integration, this resource supports developmental milestones in executive functioning and critical thinking.

Blast Busy Bot Barriers: Pre-K Problem Solving Quiz - arts-and-other pre-k Quiz Worksheet - Page 1
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Herramienta: Cuestionario de Opción Múltiple
Asunto: Artes & Otros
Categoría: Ciencia de la computación y tecnología
Calificación: Preescolar
Dificultad: Difícil
Tema: Algoritmos y resolución de problemas
Idioma: 🇬🇧 English
Elementos: 10
Clave de respuestas:
Pistas: No
Creado: Feb 14, 2026

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Qué aprenderán los estudiantes

  • Identify logical sequences and prerequisite steps within a multi-step routine
  • Analyze failed processes to determine the cause of a logical error or bug
  • Evaluate different pathways to determine the most efficient solution for a given goal

All 10 Questions

  1. A robot needs to reach a battery. One path is short but has a puddle (which breaks robots!). The long path is dry. Which path should the robot choose to succeed?
    A) The short path through the water
    B) The long, dry path
    C) Neither path
    D) Stay still until it runs out of power
  2. A robot is trying to build a tower. It keeps falling over. The robot should ________ the problem to see if the bottom block is too small.
    A) Ignore
    B) Analyze
    C) Hide
    D) Forget
  3. If a robot must pick up a ball and then drop it in a box, it doesn't matter if it tries to drop the ball before picking it up.
    A) True
    B) False
Show all 10 questions
  1. A robot gardener has three steps: 1. Dig hole, 2. Put seed in, 3. Water. If the robot misses step 2, what happens?
    A) A flower grows instantly
    B) The robot gets tired
    C) Nothing grows because a step is missing
    D) The robot starts singing
  2. When a robot finds a wall in its path, it must ________ its plan to find a way around.
    A) Sleep
    B) Cry
    C) Change
    D) Stop
  3. A robot can finish its work faster if it skips important steps like 'Open Door'.
    A) True
    B) False
  4. Two robots are cleaning. Robot A picks up toys one by one. Robot B uses a big bin to scoop them all at once. Which robot is more efficient?
    A) Robot A
    B) Robot B
    C) Neither
    D) Both are the same
  5. If a robot is stuck spinning in circles, there is a ________ in its instructions that needs fixing.
    A) Bug
    B) Friend
    C) Cookie
    D) Hat
  6. To paint a whole house, it is helpful to break the job into small parts, like 'Paint the Door' and 'Paint the Window'.
    A) True
    B) False
  7. A robot chef wants to make toast. It has: 1. Put bread in toaster, 2. Take toast out, 3. Push button down. What is wrong with this order?
    A) Nothing is wrong
    B) It should eat the bread first
    C) It needs to push the button before taking the toast out
    D) The robot should use a microwave

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Pre K Problem SolvingEarly Childhood RoboticsComputational ThinkingLogical Reasoning QuizIntroductory Coding ConceptsStem Formative AssessmentAlgorithmic Thinking
This Pre-K level quiz focuses on advanced cognitive domains including computational thinking, algorithmic sequencing, and troubleshooting. Through a series of multiple-choice, fill-in-the-blank, and true-false questions, students are challenged to evaluate risks, analyze inefficient routines, and understand the necessity of prerequisite actions in a logic chain. Key concepts covered include debugging (identifying bugs), efficiency (batching tasks), and decomposition (breaking large tasks into small parts). This resource provides significant instructional value by translating high-level engineering concepts into age-appropriate scenarios involving robots and daily routines, making it a robust tool for early childhood formative assessment in logical reasoning.

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Preguntas Frecuentes

Yes, this Pre-K Problem Solving Quiz is an excellent choice for a substitute teacher because the clear explanations for each question allow a guest teacher to facilitate high-level logical discussions without prior specialized training.

Most students will complete this Pre-K Problem Solving Quiz in 15 to 20 minutes when administered as a group activity, allowing for rich verbal interaction around the robotics-themed scenarios.

This Pre-K Problem Solving Quiz is perfect for differentiation as it offers high-level reasoning challenges for advanced learners while using relatable robot metaphors to support students who are just beginning to master sequencing.

This Pre-K Problem Solving Quiz focuses on critical logic skills like debugging, decomposition, and efficiency, which are essential building blocks for future computer science and mathematical success.

Teachers can use this Pre-K Problem Solving Quiz as a quick check for understanding to see if students can identify the middle step of a sequence or recognize how to fix a broken routine before moving on to hands-on programmable toys.

Blast Busy Bot Barriers: Pre-K Problem Solving Quiz - Free Hard Quiz Worksheet | Sheetworks