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2.1 – Writing Equations

2.1 – Writing Equations. 2.1 – Writing Equations. The Language of Mathematics. 2.1 – Writing Equations. The Language of Mathematics Example 1. 2.1 – Writing Equations. The Language of Mathematics Example 1 Write an algebraic expression for each verbal expression.

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2.1 – Writing Equations

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  1. 2.1 – Writing Equations

  2. 2.1 – Writing Equations The Language of Mathematics

  3. 2.1 – Writing Equations The Language of Mathematics Example 1

  4. 2.1 – Writing Equations The Language of Mathematics Example 1 Write an algebraic expression for each verbal expression.

  5. 2.1 – Writing Equations The Language of Mathematics Example 1 Write an algebraic expression for each verbal expression. (a) Seven more than the product of a number and ten.

  6. 2.1 – Writing Equations The Language of Mathematics Example 1 Write an algebraic expression for each verbal expression. (a) Seven more than the product of a number and ten.

  7. 2.1 – Writing Equations The Language of Mathematics Example 1 Write an algebraic expression for each verbal expression. (a) Seven more than the product of a number and ten. 7

  8. 2.1 – Writing Equations The Language of Mathematics Example 1 Write an algebraic expression for each verbal expression. (a) Seven more than the product of a number and ten. 7

  9. 2.1 – Writing Equations The Language of Mathematics Example 1 Write an algebraic expression for each verbal expression. (a) Seven more than the product of a number and ten. + 7

  10. 2.1 – Writing Equations The Language of Mathematics Example 1 Write an algebraic expression for each verbal expression. (a) Seven more than the product of a number and ten. + 7

  11. 2.1 – Writing Equations The Language of Mathematics Example 1 Write an algebraic expression for each verbal expression. (a) Seven more than the product of a number and ten. 10x + 7

  12. 2.1 – Writing Equations The Language of Mathematics Example 1 Write an algebraic expression for each verbal expression. (a) Seven more than the product of a number and ten. 10x + 7 (b) The product of the cube of a number and negative six.

  13. 2.1 – Writing Equations The Language of Mathematics Example 1 Write an algebraic expression for each verbal expression. (a) Seven more than the product of a number and ten. 10x + 7 (b) The product of the cube of a number and negative six.

  14. 2.1 – Writing Equations The Language of Mathematics Example 1 Write an algebraic expression for each verbal expression. (a) Seven more than the product of a number and ten. 10x + 7 (b) The product of the cube of a number and negative six. x3

  15. 2.1 – Writing Equations The Language of Mathematics Example 1 Write an algebraic expression for each verbal expression. (a) Seven more than the product of a number and ten. 10x + 7 (b) The product of the cube of a number and negative six. x3

  16. 2.1 – Writing Equations The Language of Mathematics Example 1 Write an algebraic expression for each verbal expression. (a) Seven more than the product of a number and ten. 10x + 7 (b) The product of the cube of a number and negative six. -6x3

  17. 2.1 – Writing Equations The Language of Mathematics Example 1 Write an algebraic expression for each verbal expression. (a) Seven more than the product of a number and ten. 10x + 7 (b) The product of the cube of a number and negative six. -6x3

  18. Write a verbal expression for each equation. (c) 2n + 3 = -1

  19. Write a verbal expression for each equation. (c) 2n + 3 = -1

  20. Write a verbal expression for each equation. (c) 2n + 3 = -1 Two times a number

  21. Write a verbal expression for each equation. (c) 2n+ 3 = -1 Two times a number

  22. Write a verbal expression for each equation. (c) 2n+ 3 = -1 Two times a number and

  23. Write a verbal expression for each equation. (c) 2n + 3 = -1 Two times a number and

  24. Write a verbal expression for each equation. (c) 2n + 3 = -1 Two times a number and three

  25. Write a verbal expression for each equation. (c) 2n + 3 = -1 Two times a number and three

  26. Write a verbal expression for each equation. (c) 2n + 3 = -1 Two times a number and three is

  27. Write a verbal expression for each equation. (c) 2n + 3 = -1 Two times a number and three is

  28. Write a verbal expression for each equation. (c) 2n + 3 = -1 Two times a number and three is negative one.

  29. Write a verbal expression for each equation. (c) 2n + 3 = -1 Two times a number and three is negative one. (d) 3a = a + 4

  30. Write a verbal expression for each equation. (c) 2n + 3 = -1 Two times a number and three is negative one. (d) 3a = a + 4

  31. Write a verbal expression for each equation. (c) 2n + 3 = -1 Two times a number and three is negative one. (d) 3a = a + 4 Three times a number

  32. Write a verbal expression for each equation. (c) 2n + 3 = -1 Two times a number and three is negative one. (d) 3a=a + 4 Three times a number

  33. Write a verbal expression for each equation. (c) 2n + 3 = -1 Two times a number and three is negative one. (d) 3a=a + 4 Three times a number is

  34. Write a verbal expression for each equation. (c) 2n + 3 = -1 Two times a number and three is negative one. (d) 3a = a + 4 Three times a number is

  35. Write a verbal expression for each equation. (c) 2n + 3 = -1 Two times a number and three is negative one. (d) 3a = a + 4 Three times a number is the same number

  36. Write a verbal expression for each equation. (c) 2n + 3 = -1 Two times a number and three is negative one. (d) 3a = a + 4 Three times a number is the same number

  37. Write a verbal expression for each equation. (c) 2n + 3 = -1 Two times a number and three is negative one. (d) 3a = a+ 4 Three times a number is the same number

  38. Write a verbal expression for each equation. (c) 2n + 3 = -1 Two times a number and three is negative one. (d) 3a = a+ 4 Three times a number is the same number and

  39. Write a verbal expression for each equation. (c) 2n + 3 = -1 Two times a number and three is negative one. (d) 3a = a + 4 Three times a number is the same number and

  40. Write a verbal expression for each equation. (c) 2n + 3 = -1 Two times a number and three is negative one. (d) 3a = a + 4 Three times a number is the same number and four.

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