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Given 63 and 89 as the lengths of two sides of a triangle, find the range of values for the third side.
Enter the number that belongs in the green box.

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4 International Academy of Science. All Rights Reserved.

Given 6363 and 8989 as the lengths of two sides of a triangle, find the range of values for the third side.\newlineEnter the number that belongs in the green box.\newline \square Enter\newline44 International Academy of Science. All Rights Reserved.

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Q. Given 6363 and 8989 as the lengths of two sides of a triangle, find the range of values for the third side.\newlineEnter the number that belongs in the green box.\newline \square Enter\newline44 International Academy of Science. All Rights Reserved.
  1. Use Triangle Inequality Theorem: To find the range of the third side, we use the Triangle Inequality Theorem which states that the sum of the lengths of any two sides of a triangle must be greater than the length of the third side.
  2. Find Minimum Length: First, let's find the minimum length of the third side. It must be greater than the difference of the other two sides.\newlineSo, we calculate 896389 - 63.
  3. Calculate Minimum Length: 8963=2689 - 63 = 26.\newlineSo, the third side must be greater than 2626.
  4. Find Maximum Length: Now, let's find the maximum length of the third side. It must be less than the sum of the other two sides.\newlineSo, we calculate 63+8963 + 89.
  5. Calculate Maximum Length: 63+89=15263 + 89 = 152.\newlineSo, the third side must be less than 152152.
  6. Determine Range: Therefore, the range of possible lengths for the third side is greater than 2626 and less than 152152.

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