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The lengths of the four sides of a quadrilateral (in meters) are consecutive odd integers. If the perimeter is 104 meters, find the value of the longest of the four side lengths.
Answer: meters

The lengths of the four sides of a quadrilateral (in meters) are consecutive odd integers. If the perimeter is 104104 meters, find the value of the longest of the four side lengths.\newlineAnswer: meters

Full solution

Q. The lengths of the four sides of a quadrilateral (in meters) are consecutive odd integers. If the perimeter is 104104 meters, find the value of the longest of the four side lengths.\newlineAnswer: meters
  1. Denote smallest odd integer: Let's denote the smallest odd integer length of the quadrilateral as xx. Since the sides are consecutive odd integers, the other three sides will be x+2x+2, x+4x+4, and x+6x+6 respectively.\newlineThe perimeter PP of the quadrilateral is the sum of its side lengths, so we have:\newlineP=x+(x+2)+(x+4)+(x+6)P = x + (x + 2) + (x + 4) + (x + 6)\newlineWe know the perimeter PP is 104104 meters, so we can set up the equation:\newline104=x+(x+2)+(x+4)+(x+6)104 = x + (x + 2) + (x + 4) + (x + 6)
  2. Calculate perimeter equation: Now, let's simplify and solve the equation for xx:104=4x+12104 = 4x + 12Subtract 1212 from both sides to isolate the terms with xx:10412=4x104 - 12 = 4x92=4x92 = 4xNow, divide both sides by 44 to solve for xx:92÷4=x92 \div 4 = x23=x23 = x
  3. Simplify and solve equation: Since xx represents the smallest odd integer length of the quadrilateral, the longest side will be x+6x + 6. We already found that x=23x = 23, so:\newlineLongest side = x+6x + 6\newlineLongest side = 23+623 + 6\newlineLongest side = 2929 meters

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