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In an inverse variation, y=1y = 1 when x=16x = 16. 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=16x = 16. 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 type of variation: Identify the type of variation.\newlineIn an inverse variation, the product of the two variables is constant. This means that as one variable increases, the other decreases proportionally.\newlineThe general form of an inverse variation is y=kxy = \frac{k}{x}, where kk is the constant of variation.
  2. Find constant of variation: Use the given values to find the constant of variation.\newlineWe are given that y=1y = 1 when x=16x = 16. We can substitute these values into the inverse variation equation to find kk.\newline1=k161 = \frac{k}{16}
  3. Solve for constant of variation: Solve for the constant of variation, kk. To find kk, we multiply both sides of the equation by 1616. 1×16=k16×161 \times 16 = \frac{k}{16} \times 16 16=k16 = k
  4. Write inverse variation equation: Write the inverse variation equation using the value of kk. Now that we know kk is 1616, we can write the inverse variation equation as: y=16xy = \frac{16}{x}

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