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Draw the flowchart of the program that create in the assessment to create the Taylor series that approximate the sin(x) Scan and send along with the. m file for BB The program has two types, with counter and as vector. Create both flowchart. x21+1 sin(X) = X - x3 x7 + + ... 3! 5! 7! + (-1)" = = >2(-1)' n (2i+1)!FIGURE 4.14 Flowchart Segments for Short Problem 4-6 3 4 7 9 10 1. Documents are manually posted to a paper ledger. m. Magnetic tape input is used to update master data kept on a disk. n. A printed output document is filed.QUESTION 7 Healthy days or quality-adjusted life years (QALYs) are the measurement of output of which economic evaluation method? A. Cost-minimization analysis B. Cost-effectiveness analysis C. Cost-utility analysis D. Cost-benefit analysis QUESTION 8 Economic evaluations provide an objective way to determine resource allocations from an individual, community, or societal viewpoint. True FalseIn this Python program, . We have defined a function named create_word_lengths_dictionary. This function takes a list of words as a parameter and then returns the dictionary of word length In the function, we have created an empty dictionary Then we are iterating over the words in the dictionary, Then we are finding the length of the word first, then we are storing the word in that length key This will be repeated for all the elements in the list Finally, we are returning the dictionary (I believe that I made the code simple and understandable. If you still have any query, Feel free to drop me a comment) Code: #Defined a function named create_word_lengths_ dictionary #This function takes a list of words as a parameter #Then retums the ductionary of word length def create_word_lengths_ dictionary(WordsList): dictionary=& #Create an empty dictionary #Iterate over all the words in the list for item in WordsList: #Calculate the length of the word(which is a key) key=len(item) #Check if the key is already in the dictionary if key in dictionary: #If so then append the element into the list dictionary[key] append(item) #If it is not present, then create a list with the string else: dictionary [key] = [item] #Return the dictionary return dictionary