diff --git a/main.js b/main.js
index e69de29..8a1ca84 100644
--- a/main.js
+++ b/main.js
@@ -0,0 +1,86 @@
+// 1. `.length` - Create an array called cars which consists of 4 different types of cars as String type. The first car type should be Ford and includes Honda.
+let cars = ['Ford', 'Honda', 'Toyota', 'Tesla']
+
+//    * Console.log the length of the array.
+
+// console.log(cars.length)
+//    * Use node main.js to run the program.
+
+
+// 2. `.concat()` - Create another array called moreCars with 4 more different types of cars. The last car type should be Honda.
+
+let moreCars = ['BMW','Volkswagen', 'KIA', 'Honda']
+//    * Use the concat method to combine the cars and moreCars arrays into another array called totalCars.
+
+let totalCars = cars.concat(moreCars)
+// console.log(totalCars)
+//    * Run the program.
+// 3. `.indexOf() and .lastIndexOf()` - Use the indexOf method to console.log the index of Honda.
+
+let hondaIndex = totalCars.indexOf('Honda')
+let fordIndex = totalCars.lastIndexOf('Ford')
+
+//     * Use the lastIndexOf method to console.log the index of Ford.
+
+let fordIndex = totalCars.lastIndexOf('Ford')
+//    * Run the program.
+// 4. `.join()` - Use the join method to covert the array totalCars into a string called stringOfCars.
+
+let stringOfCars = totalCars.join()
+// console.log(stringOfCars)
+//    * Run the program.
+// 5. `.split()` - Use the split method to convert stringOfCars back intro an array called totalCars.
+
+let splitCars = stringOfCars.split()
+// console.log(splitCars)
+//     * Run the program.
+// 6. `.reverse()` - Use the reverse method to create an array carsInReverse which is the array totalCars in reverse.
+
+let carsInReverse = totalCars.reverse()
+console.log (carsInReverse)
+
+//    * Run the program.
+// 7. `.sort()` - Use the sort method to put the array carsInReverse into alphabetical order.
+// let sortedCars = carsInReverse.sort()
+// console.log(sortedCars)
+
+//     * Based on the types of cars you used, predict which item in the array should be at index 0.
+
+//     * Use the following code to confirm or reject your prediction: `alert(carsInReverse.indexOf('yourPrediction'));`
+console.log(carsInReverse.indexOf('BMW'));
+
+// 8. `.slice()` - Use the slice method to remove Ford and Honda from the carsInReverse array and move them into a new array called removedCars.
+let removeCars = carsInReverse.slice(2, 5)
+// console.log(removeCars)
+
+// 9. `.splice()` - Use the splice method to remove the 2nd and 3rd items in the array carsInReverse and add Ford and Honda in their place.
+let splicedCars = carsInReverse.splice(1, 2, "Ford", "Honda")
+console.log(splicedCars)
+
+// 10. `.push()` - Use the push method to add the types of cars that you removed using the splice method to the carsInReverse array.
+
+let pushCars = carsInReverse.push(splicedCars)
+console.log(pushCars)
+// 11. `.pop()` - Use the pop method to remove and console.log the last item in the array carsInReverse.
+
+let popCars = carsInReverse.pop()
+console.log (popCars)
+// 12. `.shift()` - Use the shift method to remove and console.log the first item in the array carsInReverse.
+let shiftedCars = carsInReverse.shift()
+console.log (shiftedCars)
+// 13. `.unshift()` - Use the unshift method to add a new type of car to the array carsInReverse.
+let unShiftedCars = carsInReverse.unshift('KIA')
+console.log(unShiftedCars)
+// 14 `.forEach()` - Create an array called numbers with the following items: 23, 45, 0, 2 Write code that will add 2 to each item in the array numbers.
+let numbers = [23, 45, 0, 2];
+numbers.forEach(myFunction)
+
+function myFunction (item, index, arr) {
+    arr[index] = item + 2;
+}
+
+console.log(numbers)
+
+//    * `.forEach()` requires a function to be passed into it as its first argument. Build a function that will add 2 and then use `.forEach()` to pass each number into your freshly built function. `const numbers = [23, 45, 0 , 2, 8, 44, 100, 1, 3, 91, 34]`
+
+