From e2880dff014d75938dd066f1a28c449edce776c4 Mon Sep 17 00:00:00 2001
From: maxamedkaka <maxamedkaka>
Date: Sun, 20 Nov 2022 02:08:06 +0300
Subject: [PATCH] done assignment

---
 exercise.js | 85 +++++++++++++++++++++++++++++++++++++++++++++++++++++
 1 file changed, 85 insertions(+)

diff --git a/exercise.js b/exercise.js
index da0af63..489e211 100644
--- a/exercise.js
+++ b/exercise.js
@@ -1,2 +1,87 @@
 // Good Luck! You got this 💪🏾
 // Write your code here.
+
+//1. Write a function called 'describeCountry' which takes three parameters: `country`,`population` and `capitalCity`. Based on this input, the function returns a string with this format:_'Somaliland has 3.5 million people and its captial city is Hargeisa'_
+
+function describeCountry (country, population,capitalCity){
+console.log(`${country} has ${population} million people and its capital city is ${capitalCity}`)
+}
+describeCountry("Somaliland", 3.5, "Hargeisa")
+
+//2. Call the function 3 times with input data for 3 different countries. store the return values in 3 different variables and log them to the console.
+
+describeCountry("Ethiopia",100,"Addis-Ababa")
+describeCountry("Russia",900,"Moscow")
+describeCountry("UK",300,"London")
+
+
+//3. The world population is 7900 million people. Create a function called `percentageOfWorld1` which recieves a `population` value and reutnrs the percentage of the world population that the given population represents. For example, _China has 1441 million people, so it's about 18.2% of the world population_
+  // > **NOTE:** To calculate the percentage, divide the given `population` value by 7900 and then multiply by 100
+
+function percentageOfWorld1 (population){
+    console.log(`Somaliland has ${population}, so its about ${population/7900000000 * 100} of the world population`)
+}
+percentageOfWorld1(5000000)
+
+  //4. Call `percentageOfWorld1` for 3 populations of countries of your choice, store the results into variables, and log them to the console
+
+  function percentageOfWorld1 (population){
+    console.log(`Nigeria has ${population}, so its about ${population/7900000000 * 100} of the world population`)
+}
+percentageOfWorld1(100000000)
+function percentageOfWorld1 (population){
+    console.log(`Japan has ${population}, so its about ${population/7900000000 * 100} of the world population`)
+}
+percentageOfWorld1(78000000)
+function percentageOfWorld1 (population){
+    console.log(`Sweden has ${population}, so its about ${population/7900000000 * 100} of the world population`)
+}
+percentageOfWorld1(23000000)
+
+
+//## Introduction to arrays
+
+//5. Create an array containing 4 population values of 4 countries of your choice and store it in a varaible called `population`
+
+let population = [7,5,3,1]
+
+//6. Create an array containing all the neighbouring countries of a country of your choice. Store the array into a varaible called `neighbours`
+
+let neighbours = ["Somalia", "Ethiopia", "Djibouti", "Kenya"]
+
+//7. Log to the console whether the array has 4 elements or not (true or false)
+
+console.log(population.length)
+console.log(neighbours.length)
+
+//## Iteration: for loops
+
+//8. Console log one by one the countries inside the `neighbours` array.
+
+for (let i = 0; i< neighbours.length; i++){
+    console.log(neighbours[i])
+}
+
+//9. Console log one by one the countries inside the `neighbours` array but this time in a reverse order.
+
+for (let i = 3; i >=0; i--){
+    console.log(neighbours[i])
+}
+
+
+//## Iteration: while loop
+
+//10. Do exercise 8 & 9 using while loop
+
+let m =0
+while(m<= 3){
+    console.log(neighbours[m])
+    m++
+}
+
+let n =3
+while(n>=0){
+    console.log(neighbours[n])
+    n--
+}
+