Given an integer array nums, write an algorithm to move all 0s to the end of the array while maintaining the relative order of the non-zero elements. The operation should be performed in-place without making a copy of the array.
I applied a two-pointer technique: one pointer was used to iterate through the array, while the other tracked the position to place the next non-zero element. This allowed me to shift all non-zero elements to the front while preserving their order. After that, I filled the remaining positions in the array with zeroes.
Given an integer array nums, the task is to move all zeroes to the end of the array while keeping the relative order of the non-zero elements unchanged.
I implemented a two-pointer approach where all non-zero elements were shifted to the front while preserving their relative order. After that, the remaining positions in the array were filled with zeroes.
Given an integer array nums, rearrange it so that all zeroes are moved to the end while preserving the relative order of the non-zero elements.
I solved this problem using the two-pointer technique. One pointer was used to track the position for placing non-zero elements, while the other iterated through the array. All non-zero elements were shifted to the front while maintaining their relative order, and once done, the remaining positions in the array were filled with zeroes.

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