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Reducing Fractions to the Simplest Form Copyright © 2013 Kelly Mo
17

Reducing Fractions to the Simplest Form Copyright © 2013 Kelly Mott.

Jan 02, 2016

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Page 1: Reducing Fractions to the Simplest Form Copyright © 2013 Kelly Mott.

Reducing Fractions to the Simplest Form

Copyright © 2013 Kelly Mott

Page 2: Reducing Fractions to the Simplest Form Copyright © 2013 Kelly Mott.

Reducing FractionsPart 1: LessonPart 2: YouTube VideoPart 3: Online Practice

Copyright © 2013 Kelly Mott

Page 3: Reducing Fractions to the Simplest Form Copyright © 2013 Kelly Mott.

FOCUS QUESTION: How do you reduce

fractions?

Copyright © 2013 Kelly Mott

Page 4: Reducing Fractions to the Simplest Form Copyright © 2013 Kelly Mott.

• When you reduce a fraction, you try to get it to the simplest form.

• To get a fraction in simplest form, you must by the divide the numerator and denominator by the greatest common factor.

812

=÷÷

Copyright © 2013 Kelly Mott

Page 5: Reducing Fractions to the Simplest Form Copyright © 2013 Kelly Mott.

PRACTICE: Let’s reduce some fractions!

Copyright © 2013 Kelly Mott

Page 6: Reducing Fractions to the Simplest Form Copyright © 2013 Kelly Mott.

k j

4

6=

6 8

=

÷÷

÷÷

Copyright © 2013 Kelly Mott

PRACTICE 1: To get a number in simplest form, you have to divide by the greatest common factor.

Page 7: Reducing Fractions to the Simplest Form Copyright © 2013 Kelly Mott.

PRACTICE 2: To get a number in simplest form, you have to divide by the greatest common factor.

k j

912

=

610

=

÷÷

÷÷

Copyright © 2013 Kelly Mott

Page 8: Reducing Fractions to the Simplest Form Copyright © 2013 Kelly Mott.

k j

714

=

810

=

÷÷

÷÷

Copyright © 2013 Kelly Mott

PRACTICE 3: To get a number in simplest form, you have to divide by the greatest common factor.

Page 9: Reducing Fractions to the Simplest Form Copyright © 2013 Kelly Mott.

k j

2

12=

510

=

÷÷

÷÷

Copyright © 2013 Kelly Mott

PRACTICE 4: To get a number in simplest form, you have to divide by the greatest common factor.

Page 10: Reducing Fractions to the Simplest Form Copyright © 2013 Kelly Mott.

k j

12

16=

4 12

=

÷÷

÷÷

Copyright © 2013 Kelly Mott

PRACTICE 5: To get a number in simplest form, you have to divide by the greatest common factor.

Page 11: Reducing Fractions to the Simplest Form Copyright © 2013 Kelly Mott.

PRACTICE 6: To get a number in simplest form, you have to divide by the greatest common factor.

k j

6

12=

1025

=

÷÷

÷÷

Copyright © 2013 Kelly Mott

Page 12: Reducing Fractions to the Simplest Form Copyright © 2013 Kelly Mott.

k j

6

24=

1525

=

÷÷

÷÷

Copyright © 2013 Kelly Mott

PRACTICE 7: To get a number in simplest form, you have to divide by the greatest common factor.

Page 13: Reducing Fractions to the Simplest Form Copyright © 2013 Kelly Mott.

k j

9

18=

1030

=

÷÷

÷÷

Copyright © 2013 Kelly Mott

PRACTICE 8: To get a number in simplest form, you have to divide by the greatest common factor.

Page 14: Reducing Fractions to the Simplest Form Copyright © 2013 Kelly Mott.

How did you do?

Copyright © 2013 Kelly Mott

Page 15: Reducing Fractions to the Simplest Form Copyright © 2013 Kelly Mott.

Copyright © 2013 Kelly Mott

Page 16: Reducing Fractions to the Simplest Form Copyright © 2013 Kelly Mott.

YouTube Video: Reducing Fractions

http://www.youtube.com/watch?v=1dezV0ruH0k

Copyright © 2013 Kelly Mott

Page 17: Reducing Fractions to the Simplest Form Copyright © 2013 Kelly Mott.

Online Practice:Reducing Fractions Game:

http://www.sheppardsoftware.com/mathgames/fractions/reduce_fractions_shoot.htm

Copyright © 2013 Kelly Mott