Define an infinite binary sequence as follows: start with 0 and repeatedly replace each 0 by 001 001 and each 1 1 by 0 0. Provide, with proof, a formula for the positions of the nth one and a …

Given an array of 0s and 1s, find the position of 0 to be replaced with 1 to get longest continuous sequence of 1s. Expected time complexity is O (n) and auxiliary space is O (1).

Task is to find index of a 0, replacing which with a 1 results in the longest possible sequence of ones for the given array. Solution has to work within O (n) time and O (1) space. Eg: My …

Learn how to find the indexes of 0 that can be replaced with 1 to achieve the longest continuous sequence of 1s in a binary array using C++. This is a detailed guide with code examples.

Given a binary array, find the index of 0 to be replaced with 1 to get the maximum length sequence of continuous ones. For example, consider the array { 0, 0, 1, 0, 1, 1, 1, 0, 1, 1 }.

Given a binary array, find the index of 0 such that when that 0 is replaced with 1 results in longest continuous sequence of 1's. For example, for array {0,1,1,1,0,1,0} replacing 0 at 0th index with …

One elementary way to solve the problem is to use a brute force approach by replacing each zero one by one and checking the length of the longest sequence of ones each time.

The task at hand is to construct a set of instructions for a Turing machine that changes consecutive (i.e. at substrings of at least two) 1's into 0's, leaving everything else on the tape …

Replacing any other 0 provides a shorter sequence. In both examples, the determining factor when choosing the 0 to replace was the count of 1s before and after each 0. Pay special …

A 0 means that a number is repeated 2 times. In order to check if a number is repeated 3 times we need to use this function a second time. diff2=diff(diff1); Now, a 0 will appear if a number …