You are given an array, nums, consisting of non-negative integers, and an integer k representing the maximum number of allowed operations.
In each operation, you may select any element in nums and increment it by k such operations.
Your task is to maximize the product of all elements in the array after performing up to k operations. As the resulting product can be very large, return the product modulo
Note: Ensure that the product is maximized before applying the modulo operation.
Constraints:
nums.length, k
nums[i]
The core intuition behind the solution is to maximize the product of the nums elements by distributing the k increment operations in a way that promotes balance among the values. In multiplication, products are higher when numbers are close in value. For example,
You are given an array, nums, consisting of non-negative integers, and an integer k representing the maximum number of allowed operations.
In each operation, you may select any element in nums and increment it by k such operations.
Your task is to maximize the product of all elements in the array after performing up to k operations. As the resulting product can be very large, return the product modulo
Note: Ensure that the product is maximized before applying the modulo operation.
Constraints:
nums.length, k
nums[i]
The core intuition behind the solution is to maximize the product of the nums elements by distributing the k increment operations in a way that promotes balance among the values. In multiplication, products are higher when numbers are close in value. For example,