diff --git a/index.js b/index.js
index e69de29..8219b62 100644
--- a/index.js
+++ b/index.js
@@ -0,0 +1,81 @@
+//QUESTION 1
+const ARTICLE_TITLES = [
+    "Streaming wars drive media groups to spend more than $100bn on new content",
+    "Amazon Prime Video India country head: streaming is driving a TV revolution",
+    "Aerospace chiefs prepare for bumpy ride in recovery of long-haul flights",
+    "British companies look to muscle in on US retail investing boom",
+    "Libor to take firm step towards oblivion on New Year's Day",
+    "Audit profession unattractive to new recruits, says PwC boss",
+    "Chinese social media users blast Elon Musk over near miss in space",
+    "Companies raise over $12tn in 'blockbuster' year for global capital markets",
+    "The three questions that dominate investment",
+    "Brussels urges Chile's incoming president to endorse EU trade deal",
+];
+
+// Write a function which takes the list of article titles as a parameter,
+//  and returns the sum of all words in all the titles.
+//  (you can assume words will always be seperated by a space)
+
+
+//QUESTION 2
+const STOCKS = [
+	{
+		ticker: "aapl",
+		pricesLast5Days: [179.19, 180.33, 176.28, 175.64, 172.99],
+	},
+	{
+		ticker: "msft",
+		pricesLast5Days: [340.69, 342.45, 334.69, 333.2, 327.29],
+	},
+	{
+		ticker: "amzn",
+		pricesLast5Days: [3384.44, 3393.39, 3421.37, 3420.74, 3408.34],
+	},
+	{
+		ticker: "googl",
+		pricesLast5Days: [2951.88, 2958.13, 2938.33, 2928.3, 2869.45],
+	},
+	{
+		ticker: "tsla",
+		pricesLast5Days: [1101.3, 1093.94, 1067.0, 1008.87, 938.53],
+	},
+];
+
+// Write a function which takes the stocks array as a parameter,
+//  and returns the largest positive price change for any stock.
+//  (the pricesLast5Days arrays contain stock prices in chronological order)
+
+
+// QUESTION 3
+// Imagine you are a teacher and your students have taken a test.
+// The tests are marked with one of the following grades: A+, A, B, C, D, or F
+// You want to find out the average score of the class as a number.
+// For this, you can assume A+ is worth 100, A is 90, B is 80,
+//      C is 70, D is 60 and F is 50.
+// Write a function which,
+//      given an array of grades (which are either A+, A, B, C, D, or F)
+//      returns the average score of the class as a number
+
+
+// QUESTION 4
+// Months are represented as three-letter strings
+//      ("Jan", "Feb", "Mar", "Apr", "May", "Jun", "Jul".....).
+// Write a function solution that, 
+//      given a string S representing the month
+//      and an integer K, 
+//      returns the month of the year that is K months later.
+// For example,
+//  Given S = "Mar" and K = 2, the function should return "May".
+//  Given S = "Dec" and K = 23, the function should return "Nov".
+
+// QUESTION 5
+// The month and year are represented by an object,
+//      For example, { month: 'Jan', year: 2023 }
+// Write a function which,
+//      Given an object representing the month and year (like above)
+//      and a number n,
+//      returns the month and year which is n months later 
+//      using the same type of object
+// For example,
+//  Given { month: 'Jan', year: 2023 } and n = 25,
+//      the function should return { month: 'Mar', year: 2025 }
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