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An inverse variation includes the points (16,1)(16,\,1) and (4,n)(4,\,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 (16,1)(16,\,1) and (4,n)(4,\,n). Find nn. \newlineWrite and solve an inverse variation equation to find the answer.\newlinen=____n = \,\_\_\_\_
  1. Identify general form: Given that there is an inverse variation between two variables.\newlineIdentify the general form of inverse variation.\newlineIn inverse variation, one variable is directly proportional to the inverse of the other.\newlineInverse variation: y=kxy = \frac{k}{x}
  2. Find constant of variation: We know that the point (16,1)(16, 1) lies on the inverse variation curve.\newlineUse this point to find the constant of variation kk.\newlineSubstitute 1616 for xx and 11 for yy in y=k/xy = k / x.\newline1=k/161 = k / 16
  3. Solve for k: Solve the equation to find the value of kk.\newlineTo isolate kk, multiply both sides by 1616.\newline1×16=(k16)×161 \times 16 = \left(\frac{k}{16}\right) \times 16\newline16=k16 = k
  4. Write equation with kk: We have found that k=16k = 16. Write the inverse variation equation using the value of kk. Substitute k=16k = 16 into y=kxy = \frac{k}{x}. y=16xy = \frac{16}{x}
  5. Find nn when x=4x=4: We need to find nn when x=4x = 4. Substitute 44 for xx in the inverse variation equation y=16xy = \frac{16}{x}. n=164n = \frac{16}{4}
  6. Find nn when x=4x=4: We need to find nn when x=4x = 4. Substitute 44 for xx in the inverse variation equation y=16xy = \frac{16}{x}. n=164n = \frac{16}{4} Calculate the value of nn. n=164n = \frac{16}{4} x=4x=400

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