SlideShare una empresa de Scribd logo
1 de 30
8-10 Multiplying by
    a Fraction
      Math Notes
    Number Sense 2.4
Example 1



2 x 3 =
3   4
Example 1
STEP ONE: Multiply the numerators.


 2 x 3 =
 3   4
Example 1
STEP ONE: Multiply the numerators.


 2 x 3 = 6
 3   4
Example 1
STEP ONE: Multiply the numerators.


 2 x 3 = 6
 3   4
STEP TWO: Multiply the denominators.
Example 1
STEP ONE: Multiply the numerators.


 2 x 3 = 6
 3   4   12
STEP TWO: Multiply the denominators.
Example 1
STEP ONE: Multiply the numerators.


 2 x 3 = 6
 3   4   12
STEP TWO: Multiply the denominators.

STEP THREE: Simplify the products.
Example 1
STEP ONE: Multiply the numerators.


 2 x 3 = 6                     ÷6
 3   4   12                    ÷6
STEP TWO: Multiply the denominators.

STEP THREE: Simplify the products.
Example 1
STEP ONE: Multiply the numerators.


 2 x 3 = 6                     ÷6      1
 3   4   12                    ÷6      2
STEP TWO: Multiply the denominators.

STEP THREE: Simplify the products.
Example 1
STEP ONE: Multiply the numerators.


 2 x 3 = 6                     ÷6      1
 3   4   12                    ÷6      2
STEP TWO: Multiply the denominators.

STEP THREE: Simplify the products.
Example 2



2 x5
3
Example 2
STEP ONE: Make the whole number into a fraction by
making it the numerator. The denominator becomes 1.



  2 x5
  3
Example 2
STEP ONE: Make the whole number into a fraction by
making it the numerator. The denominator becomes 1.



  2 x5
  3  1
Example 2
STEP ONE: Make the whole number into a fraction by
making it the numerator. The denominator becomes 1.



  2 x5
  3  1
 STEP TWO: Multiply the numerators.
Example 2
STEP ONE: Make the whole number into a fraction by
making it the numerator. The denominator becomes 1.



  2 x5                     10
  3  1
 STEP TWO: Multiply the numerators.
Example 2
STEP ONE: Make the whole number into a fraction by
making it the numerator. The denominator becomes 1.



  2 x5                     10
  3  1
 STEP TWO: Multiply the numerators.

STEP THREE: Multiply the denominators.
Example 2
STEP ONE: Make the whole number into a fraction by
making it the numerator. The denominator becomes 1.



  2 x5                     10
  3  1                     3
 STEP TWO: Multiply the numerators.

STEP THREE: Multiply the denominators.
Example 2
STEP ONE: Make the whole number into a fraction by
making it the numerator. The denominator becomes 1.



  2 x5                     10
  3  1                     3
 STEP TWO: Multiply the numerators.

STEP THREE: Multiply the denominators.

STEP FOUR: Change the improper fraction into a mixed number.
Example 2
STEP ONE: Make the whole number into a fraction by
making it the numerator. The denominator becomes 1.



  2 x5                     10
  3  1                     3
 STEP TWO: Multiply the numerators.

STEP THREE: Multiply the denominators.

STEP FOUR: Change the improper fraction into a mixed number.
Example 2
STEP ONE: Make the whole number into a fraction by
making it the numerator. The denominator becomes 1.



  2 x5                     10 3  3 r1
  3  1                          10
                           3     9
                                 1
 STEP TWO: Multiply the numerators.

STEP THREE: Multiply the denominators.

STEP FOUR: Change the improper fraction into a mixed number.
Example 2
STEP ONE: Make the whole number into a fraction by
making it the numerator. The denominator becomes 1.



  2 x5                     10
  3  1                     3
 STEP TWO: Multiply the numerators.

STEP THREE: Multiply the denominators.

STEP FOUR: Change the improper fraction into a mixed number.
Example 2
STEP ONE: Make the whole number into a fraction by
making it the numerator. The denominator becomes 1.



  2 x5
  3  1
                           10
                           3
 STEP TWO: Multiply the numerators.
                                          3           1
                                                      3
STEP THREE: Multiply the denominators.

STEP FOUR: Change the improper fraction into a mixed number.
Example 3


5 x 6 =
6   5
Example 3
STEP ONE: Multiply the numerators.


5 x 6 =
6   5
Example 3
STEP ONE: Multiply the numerators.


5 x 6 = 30
6   5
Example 3
STEP ONE: Multiply the numerators.


5 x 6 = 30
6   5
STEP TWO: Multiply the denominators.
Example 3
STEP ONE: Multiply the numerators.


5 x 6 = 30
6   5   30
STEP TWO: Multiply the denominators.
Example 3
STEP ONE: Multiply the numerators.


5 x 6 = 30
6   5   30
STEP TWO: Multiply the denominators.

STEP THREE: Whenever the numerator
and the denominator are the same, it
      equals ONE WHOLE, ( 1 )
Example 3
STEP ONE: Multiply the numerators.


5 x 6 = 30
6   5   30
STEP TWO: Multiply the denominators.
                                       1
STEP THREE: Whenever the numerator
and the denominator are the same, it
      equals ONE WHOLE, ( 1 )
Example 3
STEP ONE: Multiply the numerators.


5 x 6 = 30
6   5   30
STEP TWO: Multiply the denominators.
                                       1
STEP THREE: Whenever the numerator
and the denominator are the same, it
      equals ONE WHOLE, ( 1 )

Más contenido relacionado

La actualidad más candente

Converting Fractions to Decimals Hex
Converting Fractions to Decimals  HexConverting Fractions to Decimals  Hex
Converting Fractions to Decimals HexKathy Favazza
 
Multiplication of decimals
Multiplication of decimalsMultiplication of decimals
Multiplication of decimalsNurul Naiemah
 
Rounding and percent error
Rounding and percent errorRounding and percent error
Rounding and percent errorjdrake59
 
3.2 mult & div 1
3.2 mult & div 13.2 mult & div 1
3.2 mult & div 1bweldon
 
Short%20 Division%201[1]
Short%20 Division%201[1]Short%20 Division%201[1]
Short%20 Division%201[1]guest9b59cda
 
Multiplying Decimals
Multiplying DecimalsMultiplying Decimals
Multiplying DecimalsLindsey Brown
 
Multiplication on decimals
Multiplication on decimalsMultiplication on decimals
Multiplication on decimalsNeilfieOrit2
 
Squaring of numbers near the base
Squaring of numbers near the baseSquaring of numbers near the base
Squaring of numbers near the base7498
 
adding and Subtracting
adding and Subtractingadding and Subtracting
adding and Subtractingpooh
 
Simplification of Fractions and Operations on Fractions
Simplification of Fractions and Operations on FractionsSimplification of Fractions and Operations on Fractions
Simplification of Fractions and Operations on FractionsVer Louie Gautani
 

La actualidad más candente (16)

Converting Fractions to Decimals Hex
Converting Fractions to Decimals  HexConverting Fractions to Decimals  Hex
Converting Fractions to Decimals Hex
 
Multiplication of decimals
Multiplication of decimalsMultiplication of decimals
Multiplication of decimals
 
2 significant-fig
2  significant-fig2  significant-fig
2 significant-fig
 
Rounding and percent error
Rounding and percent errorRounding and percent error
Rounding and percent error
 
M & d fractions
M & d fractionsM & d fractions
M & d fractions
 
3.2 mult & div 1
3.2 mult & div 13.2 mult & div 1
3.2 mult & div 1
 
Short%20 Division%201[1]
Short%20 Division%201[1]Short%20 Division%201[1]
Short%20 Division%201[1]
 
Multiplying Decimals
Multiplying DecimalsMultiplying Decimals
Multiplying Decimals
 
Short Division
Short DivisionShort Division
Short Division
 
Multiplication on decimals
Multiplication on decimalsMultiplication on decimals
Multiplication on decimals
 
Squaring of numbers near the base
Squaring of numbers near the baseSquaring of numbers near the base
Squaring of numbers near the base
 
Fractions
FractionsFractions
Fractions
 
adding and Subtracting
adding and Subtractingadding and Subtracting
adding and Subtracting
 
Short Division 1
Short Division 1Short Division 1
Short Division 1
 
Short Division
Short DivisionShort Division
Short Division
 
Simplification of Fractions and Operations on Fractions
Simplification of Fractions and Operations on FractionsSimplification of Fractions and Operations on Fractions
Simplification of Fractions and Operations on Fractions
 

Similar a Multiplying Fractions Math Steps

Addition and Subtraction of Similar and Dissimilar Fraction.pptx
Addition and Subtraction of Similar and Dissimilar Fraction.pptxAddition and Subtraction of Similar and Dissimilar Fraction.pptx
Addition and Subtraction of Similar and Dissimilar Fraction.pptxAlbertRamosGoco
 
Grado6 guia1 periodo3_matematicas_tecnolo y fisica
Grado6 guia1 periodo3_matematicas_tecnolo y fisicaGrado6 guia1 periodo3_matematicas_tecnolo y fisica
Grado6 guia1 periodo3_matematicas_tecnolo y fisicaFABIOALONSOCUADROS
 
Chapter 2 Study Guides
Chapter 2  Study  GuidesChapter 2  Study  Guides
Chapter 2 Study Guides♥Moriah♥
 
123a ppt-all-2
123a ppt-all-2123a ppt-all-2
123a ppt-all-2math123a
 
Problms involved with real numbers
Problms involved with real numbersProblms involved with real numbers
Problms involved with real numbersmekaylagonzales
 
Chapter2.6
Chapter2.6Chapter2.6
Chapter2.6nglaze10
 
Review on Fraction
Review on FractionReview on Fraction
Review on FractionJosel Jalon
 
Converting repeating , non terminating decimals
Converting repeating , non terminating decimalsConverting repeating , non terminating decimals
Converting repeating , non terminating decimalsMartinGeraldine
 
Chapter2.5
Chapter2.5Chapter2.5
Chapter2.5nglaze10
 
3 Performing Mensuration and Calculation.pptx
3 Performing  Mensuration and Calculation.pptx3 Performing  Mensuration and Calculation.pptx
3 Performing Mensuration and Calculation.pptxGemDL
 
Converting Improper and Mixed Fractions.pptx
Converting Improper and Mixed Fractions.pptxConverting Improper and Mixed Fractions.pptx
Converting Improper and Mixed Fractions.pptxJohdener14
 
Fractions everything v2
Fractions everything v2Fractions everything v2
Fractions everything v2nglaze10
 
Multiply mixed numbers ppt
Multiply mixed numbers pptMultiply mixed numbers ppt
Multiply mixed numbers pptALAAYASRAH
 
10 ways to do fast math
10 ways to do fast math10 ways to do fast math
10 ways to do fast mathnazeer08cs79
 

Similar a Multiplying Fractions Math Steps (20)

Math10.3
Math10.3Math10.3
Math10.3
 
Addition and Subtraction of Similar and Dissimilar Fraction.pptx
Addition and Subtraction of Similar and Dissimilar Fraction.pptxAddition and Subtraction of Similar and Dissimilar Fraction.pptx
Addition and Subtraction of Similar and Dissimilar Fraction.pptx
 
Grado6 guia1 periodo3_matematicas_tecnolo y fisica
Grado6 guia1 periodo3_matematicas_tecnolo y fisicaGrado6 guia1 periodo3_matematicas_tecnolo y fisica
Grado6 guia1 periodo3_matematicas_tecnolo y fisica
 
Math10.3
Math10.3Math10.3
Math10.3
 
Chapter 2 Study Guides
Chapter 2  Study  GuidesChapter 2  Study  Guides
Chapter 2 Study Guides
 
8:00 GED Math Week 1 Tue
8:00 GED Math Week 1 Tue8:00 GED Math Week 1 Tue
8:00 GED Math Week 1 Tue
 
PPT_Q1W2_MATH 8.pptx
PPT_Q1W2_MATH 8.pptxPPT_Q1W2_MATH 8.pptx
PPT_Q1W2_MATH 8.pptx
 
123a ppt-all-2
123a ppt-all-2123a ppt-all-2
123a ppt-all-2
 
4 rules-of-fractions1640
4 rules-of-fractions16404 rules-of-fractions1640
4 rules-of-fractions1640
 
Problms involved with real numbers
Problms involved with real numbersProblms involved with real numbers
Problms involved with real numbers
 
Chapter2.6
Chapter2.6Chapter2.6
Chapter2.6
 
Review on Fraction
Review on FractionReview on Fraction
Review on Fraction
 
Converting repeating , non terminating decimals
Converting repeating , non terminating decimalsConverting repeating , non terminating decimals
Converting repeating , non terminating decimals
 
Chapter2.5
Chapter2.5Chapter2.5
Chapter2.5
 
3 Performing Mensuration and Calculation.pptx
3 Performing  Mensuration and Calculation.pptx3 Performing  Mensuration and Calculation.pptx
3 Performing Mensuration and Calculation.pptx
 
Converting Improper and Mixed Fractions.pptx
Converting Improper and Mixed Fractions.pptxConverting Improper and Mixed Fractions.pptx
Converting Improper and Mixed Fractions.pptx
 
Fractions everything v2
Fractions everything v2Fractions everything v2
Fractions everything v2
 
MATH 6 Q1 WK 9 D3-4-C.pptx
MATH 6 Q1 WK 9 D3-4-C.pptxMATH 6 Q1 WK 9 D3-4-C.pptx
MATH 6 Q1 WK 9 D3-4-C.pptx
 
Multiply mixed numbers ppt
Multiply mixed numbers pptMultiply mixed numbers ppt
Multiply mixed numbers ppt
 
10 ways to do fast math
10 ways to do fast math10 ways to do fast math
10 ways to do fast math
 

Más de Mel Anthony Pepito

Lesson 16: Inverse Trigonometric Functions
Lesson 16: Inverse Trigonometric FunctionsLesson 16: Inverse Trigonometric Functions
Lesson 16: Inverse Trigonometric FunctionsMel Anthony Pepito
 
Lesson 11: Implicit Differentiation
Lesson 11: Implicit DifferentiationLesson 11: Implicit Differentiation
Lesson 11: Implicit DifferentiationMel Anthony Pepito
 
Lesson 12: Linear Approximation
Lesson 12: Linear ApproximationLesson 12: Linear Approximation
Lesson 12: Linear ApproximationMel Anthony Pepito
 
Lesson 13: Related Rates Problems
Lesson 13: Related Rates ProblemsLesson 13: Related Rates Problems
Lesson 13: Related Rates ProblemsMel Anthony Pepito
 
Lesson 14: Derivatives of Logarithmic and Exponential Functions
Lesson 14: Derivatives of Logarithmic and Exponential FunctionsLesson 14: Derivatives of Logarithmic and Exponential Functions
Lesson 14: Derivatives of Logarithmic and Exponential FunctionsMel Anthony Pepito
 
Lesson 15: Exponential Growth and Decay
Lesson 15: Exponential Growth and DecayLesson 15: Exponential Growth and Decay
Lesson 15: Exponential Growth and DecayMel Anthony Pepito
 
Lesson 17: Indeterminate Forms and L'Hôpital's Rule
Lesson 17: Indeterminate Forms and L'Hôpital's RuleLesson 17: Indeterminate Forms and L'Hôpital's Rule
Lesson 17: Indeterminate Forms and L'Hôpital's RuleMel Anthony Pepito
 
Lesson18 -maximum_and_minimum_values_slides
Lesson18 -maximum_and_minimum_values_slidesLesson18 -maximum_and_minimum_values_slides
Lesson18 -maximum_and_minimum_values_slidesMel Anthony Pepito
 
Lesson 19: The Mean Value Theorem
Lesson 19: The Mean Value TheoremLesson 19: The Mean Value Theorem
Lesson 19: The Mean Value TheoremMel Anthony Pepito
 
Lesson 25: The Definite Integral
Lesson 25: The Definite IntegralLesson 25: The Definite Integral
Lesson 25: The Definite IntegralMel Anthony Pepito
 
Lesson22 -optimization_problems_slides
Lesson22 -optimization_problems_slidesLesson22 -optimization_problems_slides
Lesson22 -optimization_problems_slidesMel Anthony Pepito
 
Lesson 26: Evaluating Definite Integrals
Lesson 26: Evaluating Definite IntegralsLesson 26: Evaluating Definite Integrals
Lesson 26: Evaluating Definite IntegralsMel Anthony Pepito
 
Lesson 27: The Fundamental Theorem of Calculus
Lesson 27: The Fundamental Theorem of Calculus Lesson 27: The Fundamental Theorem of Calculus
Lesson 27: The Fundamental Theorem of Calculus Mel Anthony Pepito
 
Lesson 28: Integration by Subsitution
Lesson 28: Integration by SubsitutionLesson 28: Integration by Subsitution
Lesson 28: Integration by SubsitutionMel Anthony Pepito
 
Lesson 3: Limits (Section 21 slides)
Lesson 3: Limits (Section 21 slides)Lesson 3: Limits (Section 21 slides)
Lesson 3: Limits (Section 21 slides)Mel Anthony Pepito
 

Más de Mel Anthony Pepito (20)

Lesson 16: Inverse Trigonometric Functions
Lesson 16: Inverse Trigonometric FunctionsLesson 16: Inverse Trigonometric Functions
Lesson 16: Inverse Trigonometric Functions
 
Lesson 11: Implicit Differentiation
Lesson 11: Implicit DifferentiationLesson 11: Implicit Differentiation
Lesson 11: Implicit Differentiation
 
Lesson 12: Linear Approximation
Lesson 12: Linear ApproximationLesson 12: Linear Approximation
Lesson 12: Linear Approximation
 
Lesson 13: Related Rates Problems
Lesson 13: Related Rates ProblemsLesson 13: Related Rates Problems
Lesson 13: Related Rates Problems
 
Lesson 14: Derivatives of Logarithmic and Exponential Functions
Lesson 14: Derivatives of Logarithmic and Exponential FunctionsLesson 14: Derivatives of Logarithmic and Exponential Functions
Lesson 14: Derivatives of Logarithmic and Exponential Functions
 
Lesson 15: Exponential Growth and Decay
Lesson 15: Exponential Growth and DecayLesson 15: Exponential Growth and Decay
Lesson 15: Exponential Growth and Decay
 
Lesson 17: Indeterminate Forms and L'Hôpital's Rule
Lesson 17: Indeterminate Forms and L'Hôpital's RuleLesson 17: Indeterminate Forms and L'Hôpital's Rule
Lesson 17: Indeterminate Forms and L'Hôpital's Rule
 
Lesson 21: Curve Sketching
Lesson 21: Curve SketchingLesson 21: Curve Sketching
Lesson 21: Curve Sketching
 
Lesson18 -maximum_and_minimum_values_slides
Lesson18 -maximum_and_minimum_values_slidesLesson18 -maximum_and_minimum_values_slides
Lesson18 -maximum_and_minimum_values_slides
 
Lesson 19: The Mean Value Theorem
Lesson 19: The Mean Value TheoremLesson 19: The Mean Value Theorem
Lesson 19: The Mean Value Theorem
 
Lesson 25: The Definite Integral
Lesson 25: The Definite IntegralLesson 25: The Definite Integral
Lesson 25: The Definite Integral
 
Lesson22 -optimization_problems_slides
Lesson22 -optimization_problems_slidesLesson22 -optimization_problems_slides
Lesson22 -optimization_problems_slides
 
Lesson 24: Area and Distances
Lesson 24: Area and DistancesLesson 24: Area and Distances
Lesson 24: Area and Distances
 
Lesson 23: Antiderivatives
Lesson 23: AntiderivativesLesson 23: Antiderivatives
Lesson 23: Antiderivatives
 
Lesson 26: Evaluating Definite Integrals
Lesson 26: Evaluating Definite IntegralsLesson 26: Evaluating Definite Integrals
Lesson 26: Evaluating Definite Integrals
 
Lesson 27: The Fundamental Theorem of Calculus
Lesson 27: The Fundamental Theorem of Calculus Lesson 27: The Fundamental Theorem of Calculus
Lesson 27: The Fundamental Theorem of Calculus
 
Introduction
IntroductionIntroduction
Introduction
 
Lesson 28: Integration by Subsitution
Lesson 28: Integration by SubsitutionLesson 28: Integration by Subsitution
Lesson 28: Integration by Subsitution
 
Introduction
IntroductionIntroduction
Introduction
 
Lesson 3: Limits (Section 21 slides)
Lesson 3: Limits (Section 21 slides)Lesson 3: Limits (Section 21 slides)
Lesson 3: Limits (Section 21 slides)
 

Multiplying Fractions Math Steps

  • 1. 8-10 Multiplying by a Fraction Math Notes Number Sense 2.4
  • 2. Example 1 2 x 3 = 3 4
  • 3. Example 1 STEP ONE: Multiply the numerators. 2 x 3 = 3 4
  • 4. Example 1 STEP ONE: Multiply the numerators. 2 x 3 = 6 3 4
  • 5. Example 1 STEP ONE: Multiply the numerators. 2 x 3 = 6 3 4 STEP TWO: Multiply the denominators.
  • 6. Example 1 STEP ONE: Multiply the numerators. 2 x 3 = 6 3 4 12 STEP TWO: Multiply the denominators.
  • 7. Example 1 STEP ONE: Multiply the numerators. 2 x 3 = 6 3 4 12 STEP TWO: Multiply the denominators. STEP THREE: Simplify the products.
  • 8. Example 1 STEP ONE: Multiply the numerators. 2 x 3 = 6 ÷6 3 4 12 ÷6 STEP TWO: Multiply the denominators. STEP THREE: Simplify the products.
  • 9. Example 1 STEP ONE: Multiply the numerators. 2 x 3 = 6 ÷6 1 3 4 12 ÷6 2 STEP TWO: Multiply the denominators. STEP THREE: Simplify the products.
  • 10. Example 1 STEP ONE: Multiply the numerators. 2 x 3 = 6 ÷6 1 3 4 12 ÷6 2 STEP TWO: Multiply the denominators. STEP THREE: Simplify the products.
  • 12. Example 2 STEP ONE: Make the whole number into a fraction by making it the numerator. The denominator becomes 1. 2 x5 3
  • 13. Example 2 STEP ONE: Make the whole number into a fraction by making it the numerator. The denominator becomes 1. 2 x5 3 1
  • 14. Example 2 STEP ONE: Make the whole number into a fraction by making it the numerator. The denominator becomes 1. 2 x5 3 1 STEP TWO: Multiply the numerators.
  • 15. Example 2 STEP ONE: Make the whole number into a fraction by making it the numerator. The denominator becomes 1. 2 x5 10 3 1 STEP TWO: Multiply the numerators.
  • 16. Example 2 STEP ONE: Make the whole number into a fraction by making it the numerator. The denominator becomes 1. 2 x5 10 3 1 STEP TWO: Multiply the numerators. STEP THREE: Multiply the denominators.
  • 17. Example 2 STEP ONE: Make the whole number into a fraction by making it the numerator. The denominator becomes 1. 2 x5 10 3 1 3 STEP TWO: Multiply the numerators. STEP THREE: Multiply the denominators.
  • 18. Example 2 STEP ONE: Make the whole number into a fraction by making it the numerator. The denominator becomes 1. 2 x5 10 3 1 3 STEP TWO: Multiply the numerators. STEP THREE: Multiply the denominators. STEP FOUR: Change the improper fraction into a mixed number.
  • 19. Example 2 STEP ONE: Make the whole number into a fraction by making it the numerator. The denominator becomes 1. 2 x5 10 3 1 3 STEP TWO: Multiply the numerators. STEP THREE: Multiply the denominators. STEP FOUR: Change the improper fraction into a mixed number.
  • 20. Example 2 STEP ONE: Make the whole number into a fraction by making it the numerator. The denominator becomes 1. 2 x5 10 3 3 r1 3 1 10 3 9 1 STEP TWO: Multiply the numerators. STEP THREE: Multiply the denominators. STEP FOUR: Change the improper fraction into a mixed number.
  • 21. Example 2 STEP ONE: Make the whole number into a fraction by making it the numerator. The denominator becomes 1. 2 x5 10 3 1 3 STEP TWO: Multiply the numerators. STEP THREE: Multiply the denominators. STEP FOUR: Change the improper fraction into a mixed number.
  • 22. Example 2 STEP ONE: Make the whole number into a fraction by making it the numerator. The denominator becomes 1. 2 x5 3 1 10 3 STEP TWO: Multiply the numerators. 3 1 3 STEP THREE: Multiply the denominators. STEP FOUR: Change the improper fraction into a mixed number.
  • 23. Example 3 5 x 6 = 6 5
  • 24. Example 3 STEP ONE: Multiply the numerators. 5 x 6 = 6 5
  • 25. Example 3 STEP ONE: Multiply the numerators. 5 x 6 = 30 6 5
  • 26. Example 3 STEP ONE: Multiply the numerators. 5 x 6 = 30 6 5 STEP TWO: Multiply the denominators.
  • 27. Example 3 STEP ONE: Multiply the numerators. 5 x 6 = 30 6 5 30 STEP TWO: Multiply the denominators.
  • 28. Example 3 STEP ONE: Multiply the numerators. 5 x 6 = 30 6 5 30 STEP TWO: Multiply the denominators. STEP THREE: Whenever the numerator and the denominator are the same, it equals ONE WHOLE, ( 1 )
  • 29. Example 3 STEP ONE: Multiply the numerators. 5 x 6 = 30 6 5 30 STEP TWO: Multiply the denominators. 1 STEP THREE: Whenever the numerator and the denominator are the same, it equals ONE WHOLE, ( 1 )
  • 30. Example 3 STEP ONE: Multiply the numerators. 5 x 6 = 30 6 5 30 STEP TWO: Multiply the denominators. 1 STEP THREE: Whenever the numerator and the denominator are the same, it equals ONE WHOLE, ( 1 )

Notas del editor

  1. \n
  2. \n
  3. \n
  4. \n
  5. \n
  6. \n
  7. \n
  8. \n
  9. \n
  10. \n
  11. \n
  12. \n
  13. \n
  14. \n
  15. \n
  16. \n
  17. \n
  18. \n
  19. \n
  20. \n
  21. \n
  22. \n
  23. \n
  24. \n
  25. \n
  26. \n
  27. \n
  28. \n
  29. \n
  30. \n
  31. \n
  32. \n
  33. \n
  34. \n
  35. \n
  36. \n
  37. \n
  38. \n
  39. \n
  40. \n
  41. \n
  42. \n
  43. \n
  44. \n