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

• 151. Implement a divide and conquer approach to find the kth smallest element in an unsorted 2D matrix.
• 152. Write a divide and conquer solution to find the second largest element in an array.
• 153. Use binary search to find the smallest element greater than or equal to a given number in a rotated sorted array.
• 154. Implement a solution to find the smallest missing element in a sorted array using divide and conquer.
• 155. Solve the problem of finding the largest rectangle area in a binary matrix using divide and conquer.
• 156. Write a divide and conquer algorithm to count the number of pairs in two sorted arrays whose sum is less than a given value.
• 157. Use binary search to find the rotation point in a rotated sorted array with duplicates.
• 158. Implement a divide and conquer solution to find the maximum sum of two elements in a rotated sorted array.
• 159. Solve the problem of finding the maximum number of overlapping subarrays using divide and conquer.
• 160. Write a divide and conquer algorithm to find the smallest element in a rotated array with duplicates.
• 161. Implement a divide and conquer approach to find the minimum number of elements to be removed from an array to make it strictly increasing.
• 162. Write a divide and conquer solution to find the number of distinct elements in an unsorted 2D matrix.
• 163. Use binary search to find the element with the minimum absolute difference with a given number in a sorted array.
• 164. Implement a solution to find the first occurrence of a number in a rotated sorted array with duplicates.
• 165. Solve the problem of finding the maximum sum of a subarray in a circular array using divide and conquer.
• 166. Write a divide and conquer algorithm to count the number of elements smaller than a given value in a bitonic array.
• 167. Implement a divide and conquer approach to find the minimum element in a rotated sorted 2D matrix.
• 168. Use binary search to check if a given number exists in a rotated sorted matrix.
• 169. Solve the problem of finding the number of distinct subarrays with a sum equal to zero using divide and conquer.
• 170. Write a divide and conquer solution to find the smallest element greater than or equal to a given number in an unsorted array.
• 171. Implement binary search to find the element closest to a given number in a rotated sorted array.
• 172. Solve the problem of counting the number of subarrays whose sum is greater than a given value using divide and conquer.
• 173. Write a divide and conquer algorithm to find the maximum element in an unsorted 2D matrix.
• 174. Implement a divide and conquer solution to find the smallest number of steps to reduce an array to a single element.
• 175. Use binary search to find the minimum element in a sorted array with duplicates.
• 176. Solve the problem of finding the maximum number of distinct elements in a sorted array using divide and conquer.
• 177. Write a divide and conquer algorithm to find the minimum number of swaps to sort a rotated sorted array.
• 178. Implement binary search to find the smallest missing positive number in a sorted array.
• 179. Use divide and conquer to find the number of elements larger than a given value in a sorted array.
• 180. Solve the problem of counting the number of distinct elements in a rotated sorted array using divide and conquer.
• 181. Write a divide and conquer algorithm to find the smallest number of moves to make an array strictly decreasing.
• 182. Implement binary search to find the number of elements smaller than a given value in a rotated sorted array.
• 183. Use divide and conquer to find the longest decreasing subsequence in a bitonic array.
• 184. Solve the problem of finding the longest common prefix in a sorted array of strings using divide and conquer.
• 185. Write a divide and conquer algorithm to count the number of distinct elements in an unsorted circular array.
• 186. Implement a solution to find the maximum sum of two elements in an unsorted 2D matrix using divide and conquer.
• 187. Use binary search to find the first occurrence of an element in a rotated sorted array.
• 188. Solve the problem of finding the maximum sum of a subarray in a rotated sorted array using divide and conquer.
• 189. Write a divide and conquer solution to find the minimum element in an unsorted 2D matrix.
• 190. Implement binary search to find the rotation point in a sorted 2D matrix.
• 191. Use divide and conquer to find the kth largest element in a bitonic array.
• 192. Write a divide and conquer algorithm to find the largest element smaller than a given number in a rotated sorted array.
• 193. Implement a divide and conquer solution to count the number of subarrays whose product is less than a given value.
• 194. Solve the problem of finding the maximum product of two elements in a sorted 2D matrix using divide and conquer.
• 195. Write a divide and conquer solution to find the minimum number of moves to sort an unsorted 2D matrix.
• 196. Implement binary search to find the number of elements larger than a given value in a sorted 2D matrix.
• 197. Use divide and conquer to find the smallest element in a bitonic array with duplicates.
• 198. Solve the problem of finding the longest increasing subsequence in an unsorted array using divide and conquer.
• 199. Write a divide and conquer algorithm to find the smallest element greater than or equal to a given number in a sorted 2D matrix.
• 200. Implement binary search to find the kth smallest element in a circular sorted array.

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