Topic: array-problem / Level: advanced

• 2051. Find the longest subarray where the sum of elements is greater than the sum of their digit squares using a dynamic programming approach.
• 2052. Check if the product of elements at prime indices in an array is divisible by the sum of their index products using hashing.
• 2053. Given an array of integers, find the number of ways to partition the array into three subarrays where the sum of elements in each subarray is a perfect square.
• 2054. Find the maximum product of non-overlapping subarrays using a greedy approach and dynamic programming.
• 2055. Implement an algorithm to find the number of distinct subarrays where the sum of elements is a power of two.
• 2056. Given an array of integers, find the longest subarray where all elements are less than or equal to the average of the entire array.
• 2057. Find the number of subarrays where the product of elements is divisible by the sum of their index products using dynamic programming.
• 2058. Check if the sum of diagonal elements in a square matrix is less than the product of their digit sum.
• 2059. Find the longest subarray where the product of elements is greater than the sum of their digit cubes using a sliding window technique.
• 2060. Implement a function to find the number of subarrays where the sum of elements is equal to the product of their index sum.
• 2061. Find the maximum sum of a subarray where the sum of elements is divisible by the length of the subarray.
• 2062. Given an array of integers, find the number of distinct subarrays where the product of elements is a perfect cube.
• 2063. Check if the product of elements at odd indices in an array is divisible by the sum of their index cubes using a dynamic programming approach.
• 2064. Find the longest subarray where the sum of elements is less than or equal to the product of their digit sum using a two-pointer approach.
• 2065. Implement an algorithm to find the number of subarrays where the sum of elements is divisible by the sum of their digit squares.
• 2066. Find the maximum product of any k adjacent elements in an array using a heap.
• 2067. Given an array of integers, find the longest subarray with exactly k unique elements using a sliding window technique.
• 2068. Find the number of ways to partition an array into two subarrays such that the sum of elements in each subarray is equal to the product of their digit sums.
• 2069. Check if the sum of diagonal elements in a square matrix is greater than the sum of their squared values.
• 2070. Find the number of subarrays where the product of elements is greater than the sum of their index cubes using dynamic programming.
• 2071. Given an array of integers, find the longest subarray where the sum of elements is divisible by the product of their index sums.
• 2072. Implement a function to find the number of distinct subarrays where the product of elements is less than the sum of their squared values.
• 2073. Find the maximum sum of a subarray where the sum of elements is a perfect square using dynamic programming.
• 2074. Check if the product of elements in an array is less than the sum of their digit cubes using a sliding window technique.
• 2075. Find the number of ways to partition an array into three subarrays where the sum of elements in each subarray is divisible by the sum of the entire array.
• 2076. Find the longest subarray where the product of elements is divisible by both their index cubes and their digit cubes.
• 2077. Check if the sum of elements at prime indices in an array is divisible by the sum of their squared values using a dynamic programming approach.
• 2078. Find the number of distinct subarrays where the sum of elements is greater than the product of their digit sums using dynamic programming.
• 2079. Given an array of integers, find the maximum product of any k non-overlapping subarrays.
• 2080. Find the number of ways to partition an array into two subarrays where the sum of elements in one subarray is greater than the product of elements in the other.
• 2081. Check if the sum of diagonal elements in a square matrix is divisible by their index cubes using a two-pointer approach.
• 2082. Find the longest subarray where the sum of elements is divisible by both their squared values and digit cubes using dynamic programming.
• 2083. Given an array of integers, find the number of subarrays where the product of elements is less than the sum of their digit cubes using a hashing technique.
• 2084. Find the maximum sum of a subarray where the sum of elements is a multiple of a given integer using dynamic programming.
• 2085. Check if the product of elements at even indices in an array is greater than their digit cubes.
• 2086. Find the longest subarray where the sum of elements is equal to the product of their digit sums using a sliding window technique.
• 2087. Implement a function to find the number of distinct subarrays where the sum of elements is a prime number.
• 2088. Find the maximum product of a subarray where the sum of elements is less than the average of the entire array using dynamic programming.
• 2089. Check if the sum of diagonal elements in a square matrix is smaller than the product of their squared values.
• 2090. Find the longest subarray where the product of elements is greater than the sum of their index cubes using a two-pointer approach.
• 2091. Given an array of integers, find the number of ways to partition the array into two subarrays such that the sum of elements in both subarrays is equal.
• 2092. Check if the product of elements at prime indices in an array is divisible by the sum of their squared values.
• 2093. Find the number of distinct subarrays where the product of elements is less than the sum of their index cubes using dynamic programming.
• 2094. Find the longest subarray where the sum of elements is less than or equal to the product of their digit sums using a sliding window technique.
• 2095. Check if the sum of elements in an array is divisible by their squared values and their digit cubes using a dynamic programming approach.
• 2096. Find the number of ways to partition an array into three subarrays where the product of elements in each subarray is less than a given number.
• 2097. Check if the sum of diagonal elements in a square matrix is greater than the sum of their squared values using hashing.
• 2098. Find the maximum product of a subarray where all elements are greater than their index cubes using dynamic programming.
• 2099. Find the longest subarray where the product of elements is divisible by the sum of their squared values and their digit cubes.
• 2100. Check if the sum of elements at odd indices in an array is divisible by both their digit cubes and index cubes using a two-pointer approach.

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