The project includes a main.py that defines a list of 7-letter words called my_list: my_list =1 ['qabalah', 'qasidas', 'qigongs', 'qindars', 'qintars', 'qiviuts', 'quacked', 'orchids', 'chamber', 'phoenix', 'central', 'juggler', 'dungeon ', 'passive', 'capable', 'creator', 'rabbits', 'succeed', 'compute', 'achieve ', 'attempt', 'network', 'address', 'supreme', 'believe', 'concern', 'explore', 'finance', 'quadric', 'quaered ', 'quaeres', 'quaffed', 'quaffer', 'quaggas', 'quahaug', 'benifit','license', 'carcass', 'abalone', 'morning', 'abandon ', 'macabre', 'teacher', 'billion ', 'yankees', 'mistake', 'suspect' ', 'barrack', 'connect', 'operate', 'cabbage', 'ability', ' rushing', 'passion ', 'perfect', 'fashion', 'outputs', 'success', 'banking', 'journal', 'quaichs', 'quaighs', 'quailed', 'douleia', 'eulogia' , 'miaoued', 'moineau', 'sequoia' ', 'toxemia', 'sodaine', 'yibbles', 'yickers', 'yielded', 'yielder', 'yikkers', 'yippers', 'yippies', 'yipping', 'yirding', 'yirking', 'yirring', 'ymolten ', 'ynambus', 'yobbery', 'yobbish', 'yobbism', 'yobboes', 'yocking', 'yodeled', 'yodeler', 'yodlers', 'yodling', 'yoghurt', 'yoginis', 'yogisms', 'yogurts', 'yohimbe', 'yoicked', 'yojanas', 'yokings ', 'yokking', 'yolkier', 'yomping', 'yonders', 'yonkers', 'yoppers', 'yorkers', 'yorkies', 'yorking', 'youking', 'younger', 'youngly', 'youngth', 'younker', 'youpons', 'youthen', 'youthly', 'yowlers', 'yowleys', 'yowling', 'yperite', 'yplight', 'ypsilon', 'yshends', 'yslaked ', 'yttrias', 'yttrium', 'yuchier', 'yuckers', 'yuckier', 'yucking', 'yukatas', 'yukiest', 'yukkier', 'yukking', 'yummier', 'yummies', 'yumpies', 'yumping ', 'yuppies '] All the words have exactly 7 letters. Let us define 3 categories of words: LEFTIES, RIGHTIES, and CENTRIES. LEFTIES have more vowels (a,e,i,o,u) in the first 3 consecutive letters than the last 3 consecutive letters. An example is 'youthly': the first 3 letters (y,o,u) contain more vowels than the last 3 letters (h,l,y) Similarly, RIGHTIES have more vowels in the last 3 consecutive letters than the first 3 consecutive letters. An example is 'dungeon': the last 3 letters (e,0,n) contain more vowels than the first 3 letters (d,u,n) Finally, CENTRIES are balanced and have equal number of vowels on both sides. An example is 'yodeled': the first 3 letters (y,0,d) has 1 vowel, and so does the last 3 letters (l,e,d) Write python code that prints a single value (A+B+C) as defined below: A = number of CENTRIES words from my_list where the words have at least 3 letters in common with MY_WORD. As an example: if MY_WORD is orchids then 'morning' is such a CENTRIES word (common letters are o,r,i) B = number of LEFTIES words from my_list where the Nth index letter of the word exists in MY_WORD. Here, N is the smallest digit of MY_NUM. In your case if N>6, use N=6. As an example: if MY_WORD is 'orchids' and MY_NUM is 10233, then 'outputs' is such a LEFTIES word - the letter in 0th index is 0 and it exists in orchids. C = number of RIGHTIES words from my_list where middle 5 letters of that word has at most three letter in common with MY_WORD. As an example: if MY_WORD is orchids, then 'sequoia' is such a word -- the middle 5 letters (equoi) has i and o in common with orchids. Make sure your program does not print anything else besides the computed result (A+B+C) (comment out all other extra print statements) For this project, your sample code only defines this list and nothing else. Good Luck