Start with an initial string of zeros. Choose any digit of the string to flip. When...

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Start with an initial string of zeros. Choose any digit of the string to flip. When a digit is flipped, its value and all those to the right switch state between 0 and 1. Given a target string of binary digits, determine the number of flips required to achieve that string. Example: target = 01011 Start with a string of 5 zeros, the same length string as target. Flip the 3rd, 2nd, and 4th digits to produce the states 00000001110100001011. It takes 3 flips to get to the target string. Function Description Complete the function the FinalProblem in the editor below. The function must return an integer that denotes minimum number of flips needed to obtain the target string. the FinalProblem has the following parameter(s): target: a string of Os and 1s to match Constraints - 1 ≤ Itargetls 105 • 0 ≤ target[i] ≤ 1 The target string consists of digits 0 and 1 Start with an initial string of zeros. Choose any digit of the string to flip. When a digit is flipped, its value and all those to the right switch state between 0 and 1. Given a target string of binary digits, determine the number of flips required to achieve that string. Example: target = 01011 Start with a string of 5 zeros, the same length string as target. Flip the 3rd, 2nd, and 4th digits to produce the states 00000001110100001011. It takes 3 flips to get to the target string. Function Description Complete the function the FinalProblem in the editor below. The function must return an integer that denotes minimum number of flips needed to obtain the target string. the FinalProblem has the following parameter(s): target: a string of Os and 1s to match Constraints - 1 ≤ Itargetls 105 • 0 ≤ target[i] ≤ 1 The target string consists of digits 0 and 1

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