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Razonamiento abstracto y numƩrico GYE

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Learning goals:
By the end of this learning period, Students should be able to demonstrate proficiency in numerical reasoning, including the ability to analyze, interpret, and apply numerical information in various contexts.


Resources:
https://gamma.app/docs/Razonamiento-Abstracto-y-Numerico-Una-Guia-Completa-qqyb945ugbyzl2u

https://jamboard.google.com/d/1-iTVCru_QVmLhcs2fJXptW8kI5FVRxCvFujAWtml4ro/viewer?mtt=slxz9gyo848u&f=0

https://precavidos.com/simulador/numerico/


Learning activities:

  1. Data Analysis and Interpretation:
    • Practice interpreting tables, graphs, and charts. Look for trends, patterns, and outliers.
    • Create your own graphs or charts to represent numerical data.
  2. Word Problem Solving:
    • Solve a variety of word problems involving numerical reasoning. Start with simple problems and gradually move to more complex ones.
    • Focus on extracting relevant information and translating it into numerical expressions.
  3. Financial Literacy Exercises:
    • Work on problems related to budgeting, savings, investments, and loans.
    • Explore scenarios where you need to calculate interest rates, compound interest, and percentages in financial contexts.
  4. Numerical Estimation:
    • Practice estimating numerical values before calculating them precisely. This could include estimating the result of mathematical operations or the value of a measurement.
  5. Percentage Calculations:
    • Solve problems that involve percentage increases, decreases, and comparisons.
    • Explore real-world scenarios where understanding percentages is crucial, such as discounts and sales.
  6. Ratio and Proportion Problems:
    • Solve problems involving ratios and proportions. Practice setting up and solving equations related to these concepts.
    • Apply ratio and proportion concepts to real-world scenarios, such as mixing ingredients or solving distance and speed problems.
  7. Critical Thinking Exercises:
    • Engage in critical thinking activities that require you to analyze and evaluate numerical information. This could involve identifying assumptions or drawing conclusions based on given data.
  8. Data Tables and Spreadsheets:
    • Create and analyze data tables or spreadsheets. Practice organizing numerical information and using spreadsheet functions for calculations.
    • Utilize software like Microsoft Excel or Google Sheets to enhance your skills.
  9. Online Numerical Reasoning Tests:
    • Explore online platforms that offer practice tests specifically designed for numerical reasoning assessments.
    • Review the explanations for correct and incorrect answers to understand the underlying concepts.
  10. Daily Numerical Challenges:
    • Set aside a few minutes each day for numerical challenges. These could be quick mental calculations, problem-solving tasks, or puzzles that involve numerical reasoning.
    • Track your progress over time and celebrate improvements.

Adaptaciones curriculares:
– NINGUNO