Topic: divide-and-conquer-problem / Level: beginner

• 801. Implement binary search to find the smallest element greater than a given number in a rotated unsorted circular array.
• 802. Use divide and conquer to solve the problem of finding the second smallest element in a rotated unsorted matrix.
• 803. Write a divide and conquer solution to count the number of distinct elements in a rotated sorted circular matrix.
• 804. Implement binary search to find the first occurrence of a number in a rotated sorted 2D matrix.
• 805. Use divide and conquer to find the maximum sum of a subarray in a rotated sorted array.
• 806. Write a divide and conquer algorithm to find the longest increasing subsequence in a rotated sorted circular matrix.
• 807. Implement binary search to find the smallest element in a rotated unsorted 2D matrix.
• 808. Use divide and conquer to count the number of elements divisible by a given number in a rotated unsorted array.
• 809. Write a divide and conquer solution to find the second largest element in a rotated sorted circular array.
• 810. Implement binary search to solve the problem of finding the smallest missing element in a rotated sorted matrix.
• 811. Use divide and conquer to solve the problem of finding the second largest element in a rotated unsorted circular matrix.
• 812. Write a divide and conquer algorithm to count the number of subarrays whose sum is greater than a given value in a rotated sorted array.
• 813. Implement binary search to find the smallest element greater than or equal to a given number in a rotated unsorted 2D matrix.
• 814. Use divide and conquer to solve the problem of finding the longest palindromic subsequence in a rotated sorted matrix.
• 815. Write a divide and conquer solution to find the second smallest element in a rotated sorted array.
• 816. Implement binary search to find the longest increasing subsequence in a rotated sorted array.
• 817. Use divide and conquer to count the number of distinct subarrays in a rotated unsorted matrix.
• 818. Write a divide and conquer algorithm to find the second largest element in a rotated unsorted 2D matrix.
• 819. Implement binary search to solve the problem of finding the smallest element greater than a given number in a rotated unsorted matrix.
• 820. Use divide and conquer to solve the problem of finding the maximum element in a rotated sorted circular matrix.
• 821. Write a divide and conquer solution to find the smallest missing positive integer in a rotated unsorted circular array.
• 822. Implement binary search to find the second largest element in a rotated sorted array.
• 823. Use divide and conquer to count the number of elements smaller than a given value in a rotated sorted 2D matrix.
• 824. Write a divide and conquer algorithm to find the second smallest element in a rotated unsorted matrix.
• 825. Implement binary search to solve the problem of finding the smallest element in a rotated sorted 2D matrix.
• 826. Use divide and conquer to solve the problem of finding the longest increasing subsequence in a rotated unsorted 2D matrix.
• 827. Write a divide and conquer solution to find the second largest element in a rotated sorted 2D matrix.
• 828. Implement binary search to find the first occurrence of an element in a rotated sorted circular matrix.
• 829. Use divide and conquer to count the number of subarrays whose product is less than or equal to a given value in a rotated sorted array.
• 830. Write a divide and conquer algorithm to find the smallest element in a rotated unsorted matrix.
• 831. Implement binary search to solve the problem of finding the second smallest element in a rotated sorted circular matrix.
• 832. Use divide and conquer to solve the problem of finding the second largest element in a rotated unsorted matrix.
• 833. Write a divide and conquer solution to count the number of distinct elements in a rotated sorted 2D matrix.
• 834. Implement binary search to find the smallest element greater than or equal to a given number in a rotated sorted array.
• 835. Use divide and conquer to find the longest palindromic substring in a rotated sorted circular matrix.
• 836. Write a divide and conquer algorithm to count the number of subarrays whose sum is less than a given value in a rotated sorted 2D matrix.
• 837. Implement binary search to find the second largest element in a rotated unsorted matrix.
• 838. Use divide and conquer to solve the problem of finding the smallest element in a rotated sorted matrix.
• 839. Write a divide and conquer solution to find the second smallest element in a rotated unsorted circular matrix.
• 840. Implement binary search to find the maximum sum of a subarray in a rotated sorted array.
• 841. Use divide and conquer to solve the problem of finding the longest increasing subsequence in a rotated sorted circular array.
• 842. Write a divide and conquer algorithm to count the number of distinct subarrays whose product is greater than a given value in a rotated sorted matrix.
• 843. Implement binary search to find the smallest element in a rotated unsorted circular matrix.
• 844. Use divide and conquer to find the second largest element in a rotated sorted 2D matrix.
• 845. Write a divide and conquer solution to find the smallest element greater than or equal to a given number in a rotated sorted circular array.
• 846. Implement binary search to solve the problem of finding the second smallest element in a rotated unsorted matrix.
• 847. Use divide and conquer to solve the problem of finding the longest common suffix in a rotated sorted array.
• 848. Write a divide and conquer algorithm to find the longest increasing subsequence in a rotated unsorted circular matrix.
• 849. Implement binary search to find the smallest element in a rotated sorted circular matrix.
• 850. Use divide and conquer to count the number of distinct elements in a rotated unsorted 2D matrix.

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