Write a function called span_or_not that takes one input called vectors (a tuple of numpy arrays)....

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Write a function called span_or_not that takes one input called vectors (a tuple of numpy arrays). The function should return the boolean True if the vectors span R" and the boolean False otherwise. Again, the input will contain n total vectors and each vector will contain m elements (i.e. the vectors will all have the same number of elements). Your function should work for any values of n and m. #def span_or_not (vectors): # YOUR CODE HERE def span_or_not (vectors): n = len (vectors) mlen (vectors [0]) if n > m: return False matrix = np.array(vectors) rank = np. linalg.matrix_rank(matrix) return rank m indep_or_not (vectors) #raise NotImplementedError() (False, 2) Write a function called span_or_not that takes one input called vectors (a tuple of numpy arrays). The function should return the boolean True if the vectors span R" and the boolean False otherwise. Again, the input will contain n total vectors and each vector will contain m elements (i.e. the vectors will all have the same number of elements). Your function should work for any values of n and m. #def span_or_not (vectors): # YOUR CODE HERE def span_or_not (vectors): n = len (vectors) mlen (vectors [0]) if n > m: return False matrix = np.array(vectors) rank = np. linalg.matrix_rank(matrix) return rank m indep_or_not (vectors) #raise NotImplementedError() (False, 2)

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spanornot function as described I assume you meant to call the function spanornot i... View the full answer