indicate whether each expression in the table is equivalent to

  1. Determine if each expression is equivalent to an expression in the table. Place the expressions that are equivalent in the
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  2. Determine if each expression is equivalent to an expression in the table. Place the expressions that are equivalent in the
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  3. Determine which expressions are equivalent to the expressions in the table. Place each expression in the appropriate column of
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    2. drakeboing asked by drakeboing
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  4. Fill in the blanks!equivalent equivalent ratios ratio ratio table Having the _ amount, value, area, volume, or force Ratios
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  5. Match the expressions with thier equivalent equations in the columns.List A: List B: 6x+12 6(1+x) 6+6x 6x-6 6(x-1) 6(x+2) Fill
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    2. Nat asked by Nat
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  6. Fill in the blanks!Having the _ amount, value, area, volume, or force Ratios that, when _, have the same value An expression
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  7. Each row of the table contains two exponential expressions. For each row, determine whether Expression 1 is equivalent to
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  8. indicate whether each expression in the table is equivalent to 1/2 x - 1 equivalent to x - 1/2 or not equivalent to 1/2x - 1 or
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    2. Mr man asked by Mr man
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  9. Johnny rewrites the expression, 2x2−3x−3 ,as the expression shown below. Explain why this statement is or is not equivalent
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  10. Johnny rewrites the expression as the expression shown below. Explain why this statement is or is not equivalent to the original
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