In conclusion, we will be developing a simple and efficient program to find the element at a given index after a number of rotations. The element at the final index will be returned as the result of the program. The new index will be found by adding the number of rotations to the original index and then taking the modulo of the sum with the length of the array. We will then perform the rotations by using the modulo operator to find the new index after each rotation. In the program, we will be taking the input of the array, the number of rotations, and the index. The future continuous tense will be used throughout the explanation. To accomplish this task, we will be using the modulo operator to calculate the new index after each rotation. This program will require us to perform rotations on an array and then return the element present at the specified index. We will be implementing a JavaScript program to find an element at a given index after a number of rotations.
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