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Home » Thus, the radius of the inscribed circle is \(\boxed4\). - Upplift

Thus, the radius of the inscribed circle is \(\boxed4\). - Upplift

📅 February 28, 2026 👤 scraface

Feb 28, 2026

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📝 Recent Posts

- 36 = \boxed{216}
Question: A hydrologist is modeling water flow through 6 distinct laye...
Solution: First, compute total number of permutations of the 6 distinc...
6! = 720
Now count the number of arrangements where the most permeable layer is...
4! = 24
So total number of invalid arrangements is:
\times 24 = 120
Thus, the number of valid arrangements is:
- 120 = \boxed{600}

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