Elements with Even Number of Digits - Autodesk

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"Given an array of positive integers *numbers*, calculate how many of its elements have an even number of digits. Note: You are not expected to provide the most optimal solution, but a solution with time complexity not worse than *O(numbers.length * log₁₀max)* will fit within the execution time limit. ### Example For *numbers* = [12, 134, 111, 1111, 10], the output should be *solution(numbers)* = 3. * *numbers[0] = 12* has 2 digits, which is an even number. * *numbers[1] = 134* has 3 digits, which is not an even number. * *numbers[2] = 111* has 3 digits, which is not an even number. * *numbers[3] = 1111* has 4 digits, which is an even number. * *numbers[4] = 10* has 2 digits, which is an even number. There are 3 elements (*numbers[0]*, *numbers[3]*, and *numbers[4]*) with an even number of digits, so the answer is 3. ### Input * An array of positive integers *numbers*. ### Output The number of elements in *numbers* with an even number of digits."