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In an inverse variation, y=1y = 1 when x=8x = 8. Write an inverse variation equation that shows the relationship between xx and yy. \newlineWrite the equation using a decimal or an integer.\newline__\_\_

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Q. In an inverse variation, y=1y = 1 when x=8x = 8. Write an inverse variation equation that shows the relationship between xx and yy. \newlineWrite the equation using a decimal or an integer.\newline__\_\_
  1. Identify Inverse Variation: Which equation represents the inverse variation?\newlineIn inverse variation, the product of the two variables is constant. This means that as one variable increases, the other decreases proportionally.\newlineInverse variation equation: y=kxy = \frac{k}{x}
  2. Substitute Values: We know that y=1y = 1 when x=8x = 8. Substitute 88 for xx and 11 for yy in the inverse variation equation y=kxy = \frac{k}{x} to find the constant of variation, kk. Equation after substitution: 1=k81 = \frac{k}{8}
  3. Solve for Constant: Solve the equation 1=k81 = \frac{k}{8} to find the value of kk.\newlineMultiply both sides of the equation by 88 to isolate kk.\newline8×1=k8 \times 1 = k\newlinek=8k = 8
  4. Write Inverse Variation Equation: Now that we have found the value of kk, we can write the inverse variation equation.\newlineSubstitute 88 for kk in y=kxy = \frac{k}{x}.\newlineInverse variation equation: y=8xy = \frac{8}{x}

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