Each question specifies a cpu operation of the form: p#: [ < -- ]wherep#designates the cpu (e. g., p0),is the cpu operation (e. g., read or write),denotes the memory address, andindicates the new word to be assignedon a write operation. what is the final state (i. e., coherence state, sharers, addresses, and data)of the caches and memory after the given cpu operations have completed? also, what value isreturned by each read operation? suppose that all the operations are independently applied tothe initial cache/memory state.

This program reads a file called 'test.txt'. you are required to write two functions that build a wordlist out of all of the words found in the file and print all of the unique words found in the file. remove punctuations using 'string.punctuation' and 'strip()' before adding words to the wordlist. write a function build_wordlist() that takes a 'file pointer' as an argument and reads the contents, builds the wordlist after removing punctuations, and then returns the wordlist. another function find_unique() will take this wordlist as a parameter and return another wordlist comprising of all unique words found in the wordlist. example: contents of 'test.txt': test file another line in the test file output: ['another', 'file', 'in', 'line', 'test', 'the']

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