1 / 21

EXAMPLE 1

EXAMPLE 1. Writing Divisors as Whole Numbers. Rewrite the division problem so that the divisor is a whole number. EXAMPLE 1. Writing Divisors as Whole Numbers. Rewrite the division problem so that the divisor is a whole number. a. 1.83 2.5. EXAMPLE 1. Writing Divisors as Whole Numbers.

alaura
Download Presentation

EXAMPLE 1

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript

  1. EXAMPLE 1 Writing Divisors as Whole Numbers Rewrite the division problem so that the divisor is a whole number.

  2. EXAMPLE 1 Writing Divisors as Whole Numbers Rewrite the division problem so that the divisor is a whole number. a. 1.83 2.5

  3. EXAMPLE 1 Writing Divisors as Whole Numbers Rewrite the division problem so that the divisor is a whole number. a. 1.83 2.5 ) 1.83 2.5

  4. EXAMPLE 1 Writing Divisors as Whole Numbers Rewrite the division problem so that the divisor is a whole number. a. 1.83 2.5 Multiply the divisor and dividend by 10. ) 1.83 2.5

  5. EXAMPLE 1 Writing Divisors as Whole Numbers Rewrite the division problem so that the divisor is a whole number. a. 1.83 2.5 Multiply the divisor and dividend by 10. ) 1.83 2.5 ANSWER 18.3 25

  6. EXAMPLE 1 Writing Divisors as Whole Numbers Rewrite the division problem so that the divisor is a whole number. b. 3 0.15

  7. EXAMPLE 1 Writing Divisors as Whole Numbers Rewrite the division problem so that the divisor is a whole number. b. 3 0.15 ) Write zeros as placeholders 300 0.15

  8. EXAMPLE 1 Writing Divisors as Whole Numbers Rewrite the division problem so that the divisor is a whole number. b. 3 0.15 ) Write zeros as placeholders 300 0.15 Multiply the divisor and dividend by 100.

  9. 300 15 EXAMPLE 1 Writing Divisors as Whole Numbers Rewrite the division problem so that the divisor is a whole number. b. 3 0.15 ) Write zeros as placeholders 300 0.15 Multiply the divisor and dividend by 100. ANSWER

  10. for Example 1 GUIDED PRACTICE Rewrite the division problem so that the divisor is a whole number. 1. ) 5.6 0.7

  11. for Example 1 GUIDED PRACTICE Rewrite the division problem so that the divisor is a whole number. 1. ) 5.6 0.7 ANSWER 56 7

  12. for Example 1 GUIDED PRACTICE Rewrite the division problem so that the divisor is a whole number. 2. ) 4.56 3.8

  13. for Example 1 GUIDED PRACTICE Rewrite the division problem so that the divisor is a whole number. 2. ) 4.56 3.8 ANSWER 45.6 38

  14. for Example 1 GUIDED PRACTICE Rewrite the division problem so that the divisor is a whole number. 3. ) 0.84 0.14

  15. for Example 1 GUIDED PRACTICE Rewrite the division problem so that the divisor is a whole number. 3. ) 0.84 0.14 ANSWER 84 14

  16. for Example 1 GUIDED PRACTICE Rewrite the division problem so that the divisor is a whole number. 4. ) 62.5 0.25

  17. for Example 1 GUIDED PRACTICE Rewrite the division problem so that the divisor is a whole number. 4. ) 62.5 0.25 ANSWER 6250 25

  18. for Example 1 GUIDED PRACTICE Rewrite the division problem so that the divisor is a whole number. 5. ) 0.0665 0.133

  19. for Example 1 GUIDED PRACTICE Rewrite the division problem so that the divisor is a whole number. 5. ) 0.0665 0.133 ANSWER 66.5 133

  20. for Example 1 GUIDED PRACTICE Rewrite the division problem so that the divisor is a whole number. 6. ) 171 0.038

  21. for Example 1 GUIDED PRACTICE Rewrite the division problem so that the divisor is a whole number. 6. ) 171 0.038 ANSWER 171,000 38

More Related