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@nitishred13
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  • Strengths:

    • The student has implemented both solutions correctly and efficiently.
    • The code is clean, well-commented, and follows good practices.
    • The time and space complexities are optimal for both problems.
  • Areas for Improvement:

    • In DistributeWater, the student could consider using Kruskal's algorithm with Union-Find for potentially better performance in some cases, though the current approach is fine.
    • The comments could be more detailed, especially explaining the edge cases and why certain data structures were chosen.

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3 participants