Equivalent Expressions

Question 1

After substituting 2 for g, the expressions are 4(2) + 13 and 13 + 4(2).

Revolt · Accepted Answer

If you change the order of the terms you can create the equivalent expression .: 13 + 4g; After substituting 10 for g, the expressions are and .: 4(10) + 13; After substituting 10 for g, the expressions are and .: 13 + 4(10); The expressions are equivalent because they both have a value of when g = 10 and a value of when g = 2.: 53; The expressions are equivalent because they both have a value of when g = 10 and a value of when g = 2.: 21

Question 2

When w = 2, the second expression is ✔ 111529.

Revolt · Accepted Answer

✔ 11

Question 3

Therefore, the expressions are ✔ equivalentnot equivalentoperationsvariables.

Revolt · Accepted Answer

✔ equivalent

Question 4

1827✔ 53423

Revolt · Accepted Answer

✔ 53

Question 5

✔ 2155138

Revolt · Accepted Answer

✔ 21

Question 6

When w = 2, the first expression is 5✔ 1129.

Revolt · Accepted Answer

✔ 11; .: 11; .: equivalent

Question 7

Which expressions are equivalent to Select three options.

Revolt · Accepted Answer

Answer image: //media.edgenuity.com/EVresources/3106-09-08-20-02-task/mr001-2.jpg; Answer image: //media.edgenuity.com/EVresources/3106-09-08-20-02-task/mr001-3.jpg; Answer image: //media.edgenuity.com/EVresources/3106-09-08-20-02-task/mr001-4.jpg

Question 8

Use the associative property to create equivalent expressions to a + b + (c + d). Which statements are true? Select four options.

Revolt · Accepted Answer

The associative property allows us to change the grouping of terms that are added together.; When changing the grouping, the order of the terms stays the same; only the parentheses change position.; The expression a + (b + c) + d is an equivalent expression.; The expression (a+ b) + c + d is an equivalent expression.

Question 9

Which expression is equivalent to (jk)l?

Revolt · Accepted Answer

j(kl)

Question 10

After substituting 2 for g, the expressions are 4(2) + 13 and 13 + 4(2).

Revolt · Accepted Answer

✔ 13 + 4g; If you change the order of the terms you can create the equivalent expression .: 13 + 4g; After substituting 10 for g, the expressions are and .: 4(10) + 13; After substituting 10 for g, the expressions are and .: 13 + 4(10); The expressions are equivalent because they both have a value of when g = 10 and a value of when g = 2.: 53; The expressions are equivalent because they both have a value of when g = 10 and a value of when g = 2.: 21

Equivalent Expressions Answers

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