Whаt distinguishes а sоciаl media marketing campaign frоm day-tо-day social media activities?
INSTRUCTIONS As discussed in clаss, yоu mаy use аny material that I put оn Canvas and yоu may use any material you have on your laptop. You may not go to any site (e.g., Gemini, Claude, or any Python related site) for help on the exam. You may not use Python techniques or functions that we have not covered in class. You may go to OneDrive for materials you have stored there, though I suggest you download any materials you might need to your laptop. For each problem below, copy your code and output to a Word file. A screen shot is acceptable if I can read it - if I have trouble reading it, you will get no credit for that problem - and be forewarned that many screen shots students have submitted are not readable. Do not submit a Python file. Only submit a single Word file. Put your name at the top of the Word file. You get 1 point for simply putting your name at the top of the Word file. There are 3 problems, each worth 3 points. My rubric is 0 points if you did not attempt the problem 1 point in your code makes minimal progress towards a solution 2 point if you made good progress on the problem 3 points if you solved, or almost solved, the problem Task 0. (1 point) put your name (first & last) at the top of the Word file. Task 1. (3 points) Write and test a function that takes three arguments: a string and two positive numbers. If the string is "add" the function should return the sum of the two numbers. If the string is "subtract" the function should subtract the second number from the first number and return the result. If the string is "multiply" the function should return the product of the two numbers. If the string is "divide" the function should divide the first number by the second number and return the quotient. If you provide any other string for the operation, the function should print a warning. Call your function "my_math". Test it on various inputs. For example, if you call it with the arguments "divide", 5, 10 then then function should return 0.5. Test it on an invalid string. Task 2. (3 points) Write and test a function (call it "vowel_count") that takes as input a sentence and prints: the number of characters (including spaces and punctuation) in the sentence. the number of occurrences of each of the five vowels ("a", "e", "i", "o", "u") in the sentence. Test your function on this Mark Twain quote: "If you tell the truth, you don't have to remember anything." Hint: if you run out of time, at least get this working to count all the occurrences of the vowel "a". Task 3 (3 points) Write a function called "sum_LH" that takes two inputs: an integer L and an integer H, where L < H. The function should return the sum of the numbers from L to H (inclusive). For example, if L = 3 and H = 7 then the function should return the sum 3 + 4 + 5 + 6 + 7. Test your function with L=3 and H=7.