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Pizza Party Logic: Kindergarten Algorithm Architects Quiz (Advanced) Feuille de Travail • Téléchargement PDF Gratuit avec Clé de Correction

Create and troubleshoot multi-step sequences for real-world tasks to demonstrate high-level procedural decomposition and error correction.

Vue d'ensemble pédagogique

This quiz assesses foundational computer science concepts including algorithmic thinking, procedural decomposition, and basic debugging through relatable real-world scenarios. The pedagogical approach uses scaffolded concrete examples, moving from simple sequencing to complex error detection and logical optimization for advanced early learners. It is an ideal formative assessment for kindergarten or first-grade classrooms to introduce computational logic and problem-solving without needing a digital device.

Pizza Party Logic: Kindergarten Algorithm Architects Quiz - arts-and-other kindergarten Quiz Worksheet - Page 1
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Pizza Party Logic: Kindergarten Algorithm Architects Quiz - arts-and-other kindergarten Quiz Worksheet - Page 2
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Outil: Quiz à Choix Multiples
Sujet: Arts & Autres
Catégorie: Informatique et technologies
Note: Maternelle
Difficulté: Avancé
Sujet: Algorithmes et résolution de problèmes
Langue: 🇬🇧 English
Articles: 10
Clé de Correction: Oui
Indices: Non
Créé: Feb 14, 2026

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Ce que les étudiants vont apprendre

  • Identify and order correct chronological steps in a multi-step procedural algorithm.
  • Apply decomposition strategies to break down complex tasks into manageable sub-goals.
  • Analyze logical sequences to detect and debug errors or missing steps in a path.

All 10 Questions

  1. You are building a robot to help a gardener. If the robot must plant a seed, which step has to happen BEFORE the robot pours water?
    A) Put away the watering can
    B) Dig a hole and drop the seed in
    C) Watch the flower grow tall
    D) Pick the vegetables to eat
  2. You are making a 'Morning Routine' algorithm. 1. Get out of bed. 2. Put on clothes. 3. ________. 4. Go to school. What is the best missing step?
    A) Brush your teeth
    B) Go to sleep
    C) Do your homework
    D) Take off your shoes
  3. If your algorithm for making a sandwich says 'Put jelly on top of the bread' and you don't have bread, the algorithm will still work perfectly.
    A) True
    B) False
Show all 10 questions
  1. You want to draw a smiley face. Which sequence of steps is in the correct logical order?
    A) Draw a mouth, then throw away the paper, then draw eyes.
    B) Draw a big circle, then draw two eyes and a mouth inside it.
    C) Color the whole paper black, then draw a yellow circle.
    D) Put the cap on the marker, then start drawing circles.
  2. Decomposition means taking a big job, like cleaning a giant playroom, and breaking it into tiny jobs like 'pick up the legos'.
    A) True
    B) False
  3. Your algorithm for an ice cream sundae is: 1. Get a bowl. 2. Add ice cream. 3. Add sprinkles. 4. Eat! What happens if you skip step 2?
    A) You eat a bowl of sprinkles
    B) The ice cream tastes better
    C) The bowl disappears
    D) The recipe is finished faster
  4. To build a tall block tower that doesn't fall, which 'rule' should be in your building algorithm?
    A) Use the smallest blocks at the very bottom.
    B) Put the heavy, wide blocks at the bottom first.
    C) Only use one block for the whole tower.
    D) Close your eyes while placing blocks.
  5. You are 'debugging' a dance. The music says CLAP, but the dancer is KICKING. What should the dancer do to fix the bug?
    A) Keep kicking harder
    B) Stop the music forever
    C) Change the kicking step to a clap
    D) Sit down and take a nap
  6. An algorithm is only for computers; it can never be used for real-life things like washing your hands.
    A) True
    B) False
  7. You are designing a path for a bee to get to a flower. There is a spider web in the way. What is the smartest way to design the algorithm?
    A) Fly straight into the web.
    B) Wait for the spider to go away.
    C) Add a step to 'Turn Left' and 'Fly Around' the web.
    D) Tell the bee to walk on the ground.

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Kindergarten Computer ScienceComputational ThinkingAlgorithmic LogicProblem SolvingFormative AssessmentAdvanced KindergartenSequencing Skills
This assessment focuses on pre-coding literacy and computational thinking for the early childhood level. It covers advanced kindergarten concepts including linear sequencing, algorithmic debugging, and decomposition of complex tasks into atomic steps. The quiz utilizes multiple-choice, fill-in-the-blank, and true-false questions to evaluate a student's ability to predict outcomes and identify logical fallacies in procedural instructions. By framing computer science as a series of logical real-world decisions, the material builds the cognitive framework necessary for future block-based or syntax-based programming languages.

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Foire Aux Questions

Yes, this Pizza Party Logic Quiz is an excellent no-prep computer science sub-plan because it uses everyday analogies that any teacher can facilitate without specialized technical knowledge.

Most students will complete this Kindergarten Algorithm Architects Quiz in approximately 15 to 20 minutes, making it a perfect quick-check for understanding during a logic unit.

Absolutely, this Computer Science Quiz is specifically designed for advanced kindergarteners, providing the higher-level cognitive challenge needed for students who have already mastered basic three-step sequencing.

While labeled for kindergarten, the advanced difficulty of this Logic Quiz makes it appropriate for first grade or even second grade students beginning their journey into computational thinking.

Teachers can use this Algorithmic Thinking Quiz as an exit ticket or mid-unit check to see if students can generalize the concept of debugging and decomposition beyond computer screens and into real-life tasks.

Pizza Party Logic: Kindergarten Algorithm Architects Quiz - Free Advanced Quiz Worksheet | Sheetworks