Whole numbers

Alexander Mickens, Jun 8, 2020

Whole numbers are numbers that are not Fractions like "7/8". Whole numbers look like this "78". so if whole numbers are not fractions,then they are still numbers. why? Because they are still in the number family (Fact:pi is not whole because 3.1415... is not whole). Whole numbers can be made from fractions or whole numbers like "1/2+1/2=1 or 1+1=2" (Fact: a number squared is sometimes a number). So,here are some games from me,Bye Bye!

Table of Contents

  1. Chapter 1
    1. Subtraction within Two Places
    2. Adding numbers to 20
    3. Practice with division (whole numbers)
    4. Number pyramid
    5. Venn Diagram Real Numbers
    6. Whole Number Quiz
  2. Numbers and Number Sense
    1. Ten Frames
    2. Rekenrek
    3. Rekenrek - 4 rows - Screen
    4. More: Number and Representation Game
    5. Placing Numbers (up to 50)
    6. Arranged Ten Frames
    7. Virtual Numicon Shapes
    8. Hundreds Grid
    9. Hundred Grid with BLANK (black spaces)
    10. What's the number?
    11. Placing Whole Numbers on the Number Line
    12. Rekenrek with Addition
    13. Base 10 Blocks
    14. 4 Numbers - Fifth Grade Version
    15. Number in Four Forms
    16. Hundreds Grid - Bottom Up (with blank spaces)
    17. Partners to Nine
    18. Partners to Seven
    19. Add within 20 with Ten Sticks
    20. Addition using the Make A Ten strategy
  3. Place Value and Rounding
    1. Place Value Manipulatives
    2. Base Ten Blocks
    3. Place Value Cards - Input
    4. Place Value Cards - Random
    5. Practice Place Values
    6. Place Value with Number Dots
    7. Number Dots and Place Value
    8. Comparing Two Whole Numbers
    9. Place Value for Decimals
    10. Rounding on a number line
    11. Place Value Disks
    12. Rounding to the nearest 10 or 100
    13. Rounding to the Nearest 10 Random
    14. Rounding 10s, 100s, 1000s
    15. Animated Place Value
    16. Number line rounding v2
    17. Making 10s
  4. Addition and Subtraction
    1. Rekenrek Addition
    2. 10 Frame Addition
    3. Adding numbers to 20
    4. Adding to 40 with dots
    5. Adding using Quick Tens
    6. Number Dots Addition with Place Value
    7. Subtraction Bases 2 through 10
    8. Modeling a Difference Using Base Ten Blocks
    9. Addition using the "arrow way"
    10. Ten Frames
    11. Subtraction within Two Places
    12. Adding with Quick Tens v2
  5. Multiplication and Division
    1. Seeing Multiplication
    2. Partial Products of 1-digit by 3-digit
    3. Partial Products to Multiply Whole Numbers
    4. Lattice Method of Multiplication
    5. Seeing Division
    6. Division of a decimal by a power of 10
    7. Meaning of simple division
    8. Multiplication facts with partial products
    9. Multiplication Practice with INPUT
    10. Area Model of Multiplication
    11. Reverse Times Table
    12. Simple Multiplication

1.

Chapter 1

  • 1. Subtraction within Two Places
  • 2. Adding numbers to 20
  • 3. Practice with division (whole numbers)
  • 4. Number pyramid
  • 5. Venn Diagram Real Numbers
  • 6. Whole Number Quiz

1.1.

Subtraction within Two Places

– Anthony OR 柯志明

1.2.

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1.3.

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1.4.

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1.5.

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1.6.

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2.

Numbers and Number Sense

  • 1. Ten Frames
  • 2. Rekenrek
  • 3. Rekenrek - 4 rows - Screen
  • 4. More: Number and Representation Game
  • 5. Placing Numbers (up to 50)
  • 6. Arranged Ten Frames
  • 7. Virtual Numicon Shapes
  • 8. Hundreds Grid
  • 9. Hundred Grid with BLANK (black spaces)
  • 10. What's the number?
  • 11. Placing Whole Numbers on the Number Line
  • 12. Rekenrek with Addition
  • 13. Base 10 Blocks
  • 14. 4 Numbers - Fifth Grade Version
  • 15. Number in Four Forms
  • 16. Hundreds Grid - Bottom Up (with blank spaces)
  • 17. Partners to Nine
  • 18. Partners to Seven
  • 19. Add within 20 with Ten Sticks
  • 20. Addition using the Make A Ten strategy

2.1.

Ten Frames

– John Ulbright

2.2.

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2.3.

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2.4.

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2.5.

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2.6.

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2.7.

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2.8.

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2.9.

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2.10.

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2.11.

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2.12.

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2.13.

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2.14.

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2.15.

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2.16.

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2.17.

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2.18.

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2.19.

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2.20.

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3.

Place Value and Rounding

  • 1. Place Value Manipulatives
  • 2. Base Ten Blocks
  • 3. Place Value Cards - Input
  • 4. Place Value Cards - Random
  • 5. Practice Place Values
  • 6. Place Value with Number Dots
  • 7. Number Dots and Place Value
  • 8. Comparing Two Whole Numbers
  • 9. Place Value for Decimals
  • 10. Rounding on a number line
  • 11. Place Value Disks
  • 12. Rounding to the nearest 10 or 100
  • 13. Rounding to the Nearest 10 Random
  • 14. Rounding 10s, 100s, 1000s
  • 15. Animated Place Value
  • 16. Number line rounding v2
  • 17. Making 10s

3.1.

Place Value Manipulatives

10% Rule
– lovem11, kabangkle00

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3.3.

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3.4.

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3.5.

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3.6.

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3.7.

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3.8.

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3.9.

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3.10.

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3.11.

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3.12.

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3.13.

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3.14.

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3.15.

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3.16.

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3.17.

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4.

Addition and Subtraction

  • 1. Rekenrek Addition
  • 2. 10 Frame Addition
  • 3. Adding numbers to 20
  • 4. Adding to 40 with dots
  • 5. Adding using Quick Tens
  • 6. Number Dots Addition with Place Value
  • 7. Subtraction Bases 2 through 10
  • 8. Modeling a Difference Using Base Ten Blocks
  • 9. Addition using the "arrow way"
  • 10. Ten Frames
  • 11. Subtraction within Two Places
  • 12. Adding with Quick Tens v2

4.1.

Rekenrek Addition

– Duane Habecker

4.2.

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4.3.

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4.4.

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4.5.

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4.6.

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4.7.

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4.8.

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4.9.

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4.10.

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4.11.

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4.12.

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5.

Multiplication and Division

  • 1. Seeing Multiplication
  • 2. Partial Products of 1-digit by 3-digit
  • 3. Partial Products to Multiply Whole Numbers
  • 4. Lattice Method of Multiplication
  • 5. Seeing Division
  • 6. Division of a decimal by a power of 10
  • 7. Meaning of simple division
  • 8. Multiplication facts with partial products
  • 9. Multiplication Practice with INPUT
  • 10. Area Model of Multiplication
  • 11. Reverse Times Table
  • 12. Simple Multiplication

5.1.

Seeing Multiplication

See multiplication in three models. Designed for whole numbers factors under 10 (but might work for larger).
– John Ulbright

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5.3.

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5.5.

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5.7.

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5.8.

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5.9.

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5.10.

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5.11.

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5.12.

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