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An inverse variation includes the points (3,5)(3,\,5) and (1,n)(1,\,n). Find nn. \newlineWrite and solve an inverse variation equation to find the answer.\newlinen=____n = \,\_\_\_\_

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Q. An inverse variation includes the points (3,5)(3,\,5) and (1,n)(1,\,n). Find nn. \newlineWrite and solve an inverse variation equation to find the answer.\newlinen=____n = \,\_\_\_\_
  1. Identify Inverse Variation: Inverse variation means y=kxy = \frac{k}{x}. We got two points, so let's use the first one to find kk.
  2. Find Constant of Variation: Using the point (3,5)(3, 5), we plug it into the equation: 5=k35 = \frac{k}{3}.
  3. Calculate Constant Value: Now, solve for kk: k=5×3k = 5 \times 3.
  4. Determine Second Point: So, k=15k = 15. That's our constant of variation.
  5. Substitute Values: Now we use kk to find nn with the second point (1,n)(1, n): n=k1n = \frac{k}{1}.
  6. Final Answer: Substitute kk with 1515: n=151n = \frac{15}{1}.
  7. Final Answer: Substitute kk with 1515: n=151n = \frac{15}{1}.So, n=15n = 15. That's our answer.

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