© 2007 M. Tallman. - 5 1 5 1 5 1 5 1 5 1 5 1 - = 10 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1.

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Presentation transcript:

© 2007 M. Tallman

- =

© 2007 M. Tallman

- =

Step 2: The denominator remains the same. Step 3: Simplify, if necessary. Step 1: Subtract the numerators GCF: ÷ 3 1 = 3 1

© 2007 M. Tallman Step 2: The denominator remains the same. Step 3: Simplify, if necessary. GCF: 3 Step 1: Subtract the numerators ÷ 2 1 =

© 2007 M. Tallman Step 2: The denominator remains the same. Step 3: Simplify, if necessary. GCF: 2 Step 1: Subtract the numerators. 2 2 ÷ 5 1 =

© 2007 M. Tallman Step 2: The denominator remains the same. Step 3: Simplify, if necessary. GCF: 3 Step 1: Subtract the numerators. 3 3 ÷ 3 1 =

© 2007 M. Tallman Step 2: The denominator remains the same. Step 3: Simplify, if necessary. GCF: 4 Step 1: Subtract the numerators. 4 4 ÷ 3 1 =

© 2007 M. Tallman Step 2: The denominator remains the same. Step 3: Simplify, if necessary. GCF: 2 Step 1: Subtract the numerators. 2 2 ÷ 4 1 =

© 2007 M. Tallman GCF: ÷ 2 1 = 5 Step 2: The denominator remains the same. Step 3: Simplify, if necessary. Step 1: Subtract the numerators.

© 2007 M. Tallman Step 2: The denominator remains the same. Step 3: Simplify, if necessary. Step 1: Subtract the numerators.

© 2007 M. Tallman GCF: ÷ 5 2 = 9 Step 2: The denominator remains the same. Step 3: Simplify, if necessary. Step 1: Subtract the numerators.

© 2007 M. Tallman GCF: ÷ 2 1 = 9 Step 2: The denominator remains the same. Step 3: Simplify, if necessary. Step 1: Subtract the numerators.

© 2007 M. Tallman Step 2: The denominator remains the same. Step 3: Simplify, if necessary. Step 1: Subtract the numerators.

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