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perimeter – measurement of the distance around the outside of a polygon or a circle

In this video, you will learn how to view one or more parts of an expression as a single entity, by using associative property to analyze the formula for a rectangle’s perimeter. perimeter – measurement of the distance around the outside of a polygon or a circle example: 4 x 5 = 2 x 10.

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perimeter – measurement of the distance around the outside of a polygon or a circle

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  1. In this video, you will learn how to view one or more parts of an expression as a single entity, by using associative property to analyze the formula for a rectangle’s perimeter.

  2. perimeter – measurement of the distance around the outside of a polygon or a circle example: 4 x 5 = 2 x 10

  3. rectangle – a parallelogram with four right angles, as well as two pairs of parallel, congruent sides

  4. rectangle – a parallelogram with four right angles, as well as two pairs of parallel, congruent sides

  5. rectangle – a parallelogram with four right angles, as well as two pairs of parallel, congruent sides

  6. Rectangle Perimeter Formula, #1 l w w l

  7. p= l + l +w+w Rectangle Perimeter Formula, #1 l w w l

  8. The Associative Property When three or more number are added, the sum is the same regardless of the grouping of the numbers

  9. p= l + l +w+w p = (l + l) + (w + w) p = 2l + 2w Rectangle Perimeter Formula, #2 l w w l

  10. p= l + l +w+w p = (l+l)+ (w + w) p = 2l + 2w Rectangle Perimeter Formula, #2 l w w l

  11. p= l + l +w+w p = (l+l)+ (w + w) p = 2l+ 2w Rectangle Perimeter Formula, #2 l w w l

  12. p= l + l +w+w p = (l+l)+ (w + w) p = 2l+ 2w Rectangle Perimeter Formula, #2 l w w l

  13. p= l + l +w+w p = (l+l)+ (w + w) p = 2l+ 2w Rectangle Perimeter Formula, #2 l w w l

  14. p= l + l +w+w p = (l+l)+ (w + w) p = 2l+ 2w Rectangle Perimeter Formula, #2 l w w l

  15. p= l + l +w+w p = (l+l)+ (w + w) p = 2l+ 2w Rectangle Perimeter Formula, #2 l w w l

  16. p= l + l +w+w p = (l+l)+ (w + w) p = 2l+ 2w Rectangle Perimeter Formula, #2 l w w l

  17. The Associative Property When three or more number are added, the sum is the same regardless of the grouping of the numbers

  18. p=l+l+ w +w p = (l + l) + (w + w) p = 2l + 2w l Rectangle Perimeter Formula, #2 w w l

  19. p=l+l+ w +w p = (l+ w) + (l+ w) p = (l + l) + (w + w) p = 2l + 2w l Rectangle Perimeter Formula, #2 w w l

  20. p=l+l+ w +w p = (l+ w) + (l+ w) p = 2(l+ w) p = (l + l) + (w + w) p = 2l + 2w l Rectangle Perimeter Formula, #2 w w l

  21. p=l+l+ w +w p = (l+ w) + (l+ w) p = 2(l+ w) p = (l + l) + (w + w) p = 2l + 2w l Rectangle Perimeter Formula, #2 w w l

  22. p=l+l+ w +w p = (l+ w) + (l+ w) p = 2(l+ w) p = (l + l) + (w + w) p = 2l + 2w l Rectangle Perimeter Formula, #2 w w l

  23. p=l+l+ w +w p = (l+ w) + (l+ w) p = 2(l+ w) p = (l + l) + (w + w) p = 2l + 2w l Rectangle Perimeter Formula, #2 w w l

  24. p = l + l + w + w p = 2l + 2w p = 2(l + w) l Synopsis w w l

  25. In this video, you learned how to view one or more parts of an expression as a single entity, by using the associative property to analyze the formula for a rectangle’s perimeter.

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