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Imagine a program that starts ALL OVER AGAIN if they get even one answer wrong! THIS ONE DOES! Imagine a program that is SELF-CORRECTING! THIS ONE IS! For individual or small group use. A different fun way to practice their division facts! Your students will begin with the next slide. Click the red dot to start the preview.

Imagine a program that starts ALL OVER AGAIN if they get even one answer wrong! THIS ONE DOES! Imagine a program that is SELF-CORRECTING! THIS ONE IS!

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Page 1: Imagine a program that starts ALL OVER AGAIN if they get even one answer wrong! THIS ONE DOES! Imagine a program that is SELF-CORRECTING! THIS ONE IS!

Imagine a program that starts ALL OVER AGAIN if they get even one answer wrong!

THIS ONE DOES!

Imagine a program that is SELF-CORRECTING!

THIS ONE IS!

For individual or small group use.A different fun way to practice their division facts!

Your students will begin with the next slide. Click the red dot to start the preview.

Page 2: Imagine a program that starts ALL OVER AGAIN if they get even one answer wrong! THIS ONE DOES! Imagine a program that is SELF-CORRECTING! THIS ONE IS!

Click the red dot to begin

Page 3: Imagine a program that starts ALL OVER AGAIN if they get even one answer wrong! THIS ONE DOES! Imagine a program that is SELF-CORRECTING! THIS ONE IS!

9 ÷ 3

32 ÷ 8

16 ÷ 4

35 ÷

7DIVISION FACTS

Practice with Fun

42 ÷ 6

72 ÷ 9

Page 4: Imagine a program that starts ALL OVER AGAIN if they get even one answer wrong! THIS ONE DOES! Imagine a program that is SELF-CORRECTING! THIS ONE IS!

To the Student:

There are three different sections to this program. You will be asked to solve division facts in each section.Read the examples carefully and have fun!

To the Teacher:

This program is easy to use and self-correcting.They’re on their own!

Click the red dot to continue

Page 5: Imagine a program that starts ALL OVER AGAIN if they get even one answer wrong! THIS ONE DOES! Imagine a program that is SELF-CORRECTING! THIS ONE IS!

If this is your first time, click ..the red dot.

If this is not ..your first time, click the blue dot.

Page 6: Imagine a program that starts ALL OVER AGAIN if they get even one answer wrong! THIS ONE DOES! Imagine a program that is SELF-CORRECTING! THIS ONE IS!

This program is not easy.

Click the red dot to see why.

Page 7: Imagine a program that starts ALL OVER AGAIN if they get even one answer wrong! THIS ONE DOES! Imagine a program that is SELF-CORRECTING! THIS ONE IS!

Click the red ..dot to go on.

What makes this so challenging is that if you get even one answer wrong, the

program will start all over again!

YES!! All over again from the beginning!

Page 8: Imagine a program that starts ALL OVER AGAIN if they get even one answer wrong! THIS ONE DOES! Imagine a program that is SELF-CORRECTING! THIS ONE IS!

REMEMBER !!Each time you get an answer wrong you will have to start the program all over again!!!

Click the red dot …when you’re ready.

Page 9: Imagine a program that starts ALL OVER AGAIN if they get even one answer wrong! THIS ONE DOES! Imagine a program that is SELF-CORRECTING! THIS ONE IS!

Here we go!!!

Part One ~ 15 Examples

Page 10: Imagine a program that starts ALL OVER AGAIN if they get even one answer wrong! THIS ONE DOES! Imagine a program that is SELF-CORRECTING! THIS ONE IS!

Example #1

Click on the larger fact.

16 ÷ 4 12 ÷ 2

they’re both equal

Page 11: Imagine a program that starts ALL OVER AGAIN if they get even one answer wrong! THIS ONE DOES! Imagine a program that is SELF-CORRECTING! THIS ONE IS!

OH NO!You have to start

all over again!

Click the green dot to start

again.

Click the blue dot to stop.

Page 12: Imagine a program that starts ALL OVER AGAIN if they get even one answer wrong! THIS ONE DOES! Imagine a program that is SELF-CORRECTING! THIS ONE IS!

Click on the larger fact.

63 ÷ 9 49 ÷ 7

they’re both equal

YES!! Here’s example #5

Page 13: Imagine a program that starts ALL OVER AGAIN if they get even one answer wrong! THIS ONE DOES! Imagine a program that is SELF-CORRECTING! THIS ONE IS!

YES!! Here’s example #10

Click on the larger fact.

36 ÷ 9 21 ÷ 7

they’re both equal

Page 14: Imagine a program that starts ALL OVER AGAIN if they get even one answer wrong! THIS ONE DOES! Imagine a program that is SELF-CORRECTING! THIS ONE IS!

YES!! Here’s example #13

Click on the larger fact.

63 ÷ 9 45 ÷ 5

they’re both equal

Page 15: Imagine a program that starts ALL OVER AGAIN if they get even one answer wrong! THIS ONE DOES! Imagine a program that is SELF-CORRECTING! THIS ONE IS!

YES!! Here’s example #15

Click on the larger fact.

42 ÷ 6 63 ÷ 7

they’re both equal

Page 16: Imagine a program that starts ALL OVER AGAIN if they get even one answer wrong! THIS ONE DOES! Imagine a program that is SELF-CORRECTING! THIS ONE IS!

For the next section you will need to review the following symbols and what they mean.

< less than > greater than

These symbols will be used in the next examples.

Click the red dot when you’re ready to continue

Part Two ~ 10 Examples

Page 17: Imagine a program that starts ALL OVER AGAIN if they get even one answer wrong! THIS ONE DOES! Imagine a program that is SELF-CORRECTING! THIS ONE IS!

Click on the symbol that makes this statement true:

28 ÷ 4 42 ÷ 7

#1

< less than

> greater than

<

>

=

Page 18: Imagine a program that starts ALL OVER AGAIN if they get even one answer wrong! THIS ONE DOES! Imagine a program that is SELF-CORRECTING! THIS ONE IS!

33 ÷ 11 36 ÷ 9 #3

< less than

> greater than

Click on the symbol that makes this statement true:

<

>

=

Page 19: Imagine a program that starts ALL OVER AGAIN if they get even one answer wrong! THIS ONE DOES! Imagine a program that is SELF-CORRECTING! THIS ONE IS!

Click on the symbol that makes this statement true: #8

28 ÷ 7 54 ÷ 9

<

>

=< less than

> greater than

Page 20: Imagine a program that starts ALL OVER AGAIN if they get even one answer wrong! THIS ONE DOES! Imagine a program that is SELF-CORRECTING! THIS ONE IS!

True or False

For the next section you will be given three division facts to solve.

After solving all the facts you will need to click on “true” or “false” to answer each question.

Click the red dot when you’re ready to continue

Part Three ~ 5 Examples

Page 21: Imagine a program that starts ALL OVER AGAIN if they get even one answer wrong! THIS ONE DOES! Imagine a program that is SELF-CORRECTING! THIS ONE IS!

True or False

The fact in the middle is the largest one.

12 ÷ 3 32 ÷ 8 25 ÷ 5

true false

#1 ?

? ?

Page 22: Imagine a program that starts ALL OVER AGAIN if they get even one answer wrong! THIS ONE DOES! Imagine a program that is SELF-CORRECTING! THIS ONE IS!

True or False

The fact on the right is the largest one.

true false

#3

24 ÷ 4 56 ÷ 8 72 ÷ 9

Page 23: Imagine a program that starts ALL OVER AGAIN if they get even one answer wrong! THIS ONE DOES! Imagine a program that is SELF-CORRECTING! THIS ONE IS!

Finished!!Excellent!

You are now all done with this program. We hope you liked it.

Try it again to really sharpen your division facts.

Click the red dot for one last message!

Page 24: Imagine a program that starts ALL OVER AGAIN if they get even one answer wrong! THIS ONE DOES! Imagine a program that is SELF-CORRECTING! THIS ONE IS!

Thank you for watching this PREVIEW

There are 44 slides in the entire program designed to help your students practice and reinforce their

division facts…at their own pace!

Click the link below for the complete program:

http://www.teacherspayteachers.com/Product/Division-Facts-Powerpoint-Program

Click the computer whiz-kid to end this preview

Page 25: Imagine a program that starts ALL OVER AGAIN if they get even one answer wrong! THIS ONE DOES! Imagine a program that is SELF-CORRECTING! THIS ONE IS!

The End

Written and Created

by David R. Filipek

Written and Created

by David R. Filipek

Copyright

© 2013

All rights reserved.