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You want to compute the hydrophobicity profile across the protein sequence. For that you need to compute the mean (average) hydrophobicity score in all overlapping windows of some length: Write a function, running_mean, which takes one argument: 1. A list of integers, which represents hydrophobicity scores of each amino acid in a protein sequence. 2. An integer, which represents the size of the overlapping windows. The function must return: A a list of floats, which represents the mean hydrophobicity of each overlapping window. Example usage: If the function is called like this: running_mean([1, 2, 3, 4, 5, 6], 2) then it should return : [1.5, 2.5, 3.5, 4.5, 5.5] You have a protein sequence and want to extract a list of the amino acids with a hydropho- bicity score larger than zero: Write a function, find_hydrophobic, which takes two arguments: 1. A string, which represents the protein sequence. 2. A list of integers, which represent hydrophobicity scores of each amino acid in the protein sequence. The function must return: A list of strings, which represents each amino acid in the protein sequence with a hydrophobicity score above zero. Example usage: If the function is called like this: find_hydrophobic('FIPNL', [100, 99, -46, -55, 97]) then it should return : ['F', 'I', 'L']