Question 10 (20p): Write a code snippet that helps the user find their likigai. Ikigai (pronounced Ick-ee-guy) is a Japanese concept that means "a reason for being." The word refers to having a meaningful direction or purpose in life, constituting the sense of one's life being made worthwhile, with actions (spontaneous and willing) taken toward achieving one's ikigai resulting in satisfaction and a sense of meaning to life Ikigai A JAPANESE CONCEPT MEANING A REASON FOR BEING Satisfaction, but feeling of uselessness What you LOVE Delight and fullness, but no wealth PASSION MISSION What you are GOOD AT What the Ikigai world NEEDS PROFESSION VOCATION Comfortable but feeling of emptiness What you can be PAID FOR Excitement and complacency but sense of uncertainty TORONTO STARGARIC Your code needs to prompt the user their four sets (using input command); ; What you love? ('Love') What you are good at? (Good) What the world needs? (World What you can be paid for? ('Money) Note that the user can enter multiple elements in any of these sets, therefore, you need to decide a way that user is done entering for that specific group. (For example, you can prompt the user to enter 'Y when done.) Once the user has entered their information, you are to prepare a dictionary that stores their Passion, Mission, Vocation, Profession and Ikigai subsets in separate keys. You also need to modify your existing lists ('Love', 'Good', World', 'Money) so that they contain only the non-intersecting elements. Your function will be tested with the following test inputs: I Love: "Pets", "Friends", "Family", "Travel", "Helping Others". "Computational Thinking" I am Good at: "Writing". Traver',"Design" "Computational Thinking". "Organizational Structure I get money for "Computational Thinking. "Teaching","Design, "Sales", "Hospitality What World needs: "Ending Poverty", "Peace". "Compassion", "Helping Others". "Teaching". "Computational Thinking The expected output dictionary format is: outputDictionary - Vocation: ('Computational Thinking, Teaching') Profession ('Computational Thinking'. Design'). Purpose': (Computational Thinking'. Helping Others'), 'Passion ('Computational Thinking' Travel"). "Ikigai: ('Computational Thinking) 'Good' ('Writing. Organizational Structure'). World" (Compassion' Peace', 'Ending Poverty, 'Money (Sales', 'Hospitality, 'Love' ('Friends' 'Family', 'Pets") > Notes: Be very careful with your string inputs and remember string equality conditions (upper/lower cases and spaces are important), It would be easier to not modify the initial sets in-place. In order to calculate the desired fields, create an empty dictionary and add fields to this dictionary as you calculate intersections and differences. Output this newly created dictionary