challenge.js

////////////////////////////////////
// READ THE INSTRUCTIONS BELOW BEFORE STARTING!
////////////////////////////////////
/*
 * Before you start, add this javascript file in a script tag in index.html.
 *
 * The loops are wrapped in functions for testing purposes. Please do not modify the names of the functions.
 *
 * Test your output in the browser by commenting in and out the function call (aka invocation), e.g., "prompt1()"
 *
 */

/*
 * Prompt 1:
 *
 * Create a loop that counts from 0 to 10, printing each number (including 0 and 10).
 */

// The first one has been done for you as an example!
function prompt1() {
  for (let i = 0; i <= 10; i++) {
    console.log(i);
  }
}
console.log.prompt1();

// COMMENT IN THE BELOW LINE OF CODE TO TEST YOUR OUTPUT IN THE BROWSER!
// prompt1()

// 🌟 MAKE A COMMIT: "Complete prompt 1"

/*
 * Prompt 2:
 *
 * Create a loop that prints every even number BETWEEN 0 and 100 (not including 0 or 100).
 */

function prompt2() {
    for (let i = 2; i <= 98; i+=2) {
      console.log(i);
  }
}
//Other way to do it//
function prompt2() {
  for (let i = 2; i <= 100; i++) {
    if(!(i % 2)) {
      console.log(i);  
    }
}
console.log.prompt2();

// COMMENT IN THE BELOW LINE OF CODE TO TEST YOUR OUTPUT IN THE BROWSER!
// prompt2();

// 🌟 MAKE A COMMIT: "Complete prompt 2"

/*
 * Prompt 3:
 *
 * Create a loop that counts from -5 to 5, printing each number (including -5 and 5).
 */

function prompt3() {
  for(let i = -5; i <= 5; i++) {
    console.log(i)
  }
}
console.log.prompt3()

// COMMENT IN THE BELOW LINE OF CODE TO TEST YOUR OUTPUT IN THE BROWSER!
// prompt3()

// 🌟 MAKE A COMMIT: "Complete prompt 3"

/*
 * Prompt 4:
 *
 * Create a loop that counts down from 10 to 0, printing each number (including 10 and 0).
 */

function prompt4() {
  for(let i = 10; i >= 0; i--){
    consolge.log(i);
  }
}
console.log.prompt4()

// COMMENT IN THE BELOW LINE OF CODE TO TEST YOUR OUTPUT IN THE BROWSER!
// prompt4()

// 🌟 MAKE A COMMIT: "Complete prompt 4"

/*
 * Prompt 5:
 *
 * Create a loop that counts down from 5 to -5, printing each number (including 5 and -5).
 */
function prompt5() {
  for(let i = 5; i <= -5; i--){
    console.log(i)
  }
}
console.log.prompt5()

// COMMENT IN THE BELOW LINE OF CODE TO TEST YOUR OUTPUT IN THE BROWSER!
// prompt5()

// 🌟 MAKE A COMMIT: "Complete prompt 5"

/*
 * Prompt 6:
 *
 * Create a loop that counts from 0 to 50 (inclusive) in multiples of 2 (instead of 1),
 * printing each number.
 */

function prompt6() {
  for(let i = 0; i <= 50; i+=2){
    console.log(i)
  }
}
console.log.prompt6()

// COMMENT IN THE BELOW LINE OF CODE TO TEST YOUR OUTPUT IN THE BROWSER!
// prompt6()

// 🌟 MAKE A COMMIT: "Complete prompt 6"

/*
 * Prompt 7:
 *
 * For the numbers 0 - 100 (inclusive), print out "I found a [ number ]. High five!" if the
 * number is a multiple of five.
 *
 * Sample Output IN THE BROWSER:
 *   - I found a 5. High five!
 *   - I found a 10. High five!
 */
function prompt7() {
  for(let i = 0; i <= 100; i++) {
    if(i % 5 ==0){
      console.log('I found a ${i}. high five!')
    }
  }
}
console.log.prompt7()

// COMMENT IN THE BELOW LINE OF CODE TO TEST YOUR OUTPUT IN THE BROWSER!
// prompt7()

// 🌟 MAKE A COMMIT: "Complete prompt 7"

/*
 * Prompt 8:
 *
 * Create a variable called someNumber and assign it a random number between
 * 0 and 100 (not inclusive). Hint: Use Math.random so that it generates a new number every time the code is run!
 *
 * Create a conditional that matches these requirements:
 *   - if someNumber is less than 30, print "That's a small number!"
 *   - if someNumber is between 30 and 60, print "The number is medium sized."
 *   - if someNumber is greater than 60, print "We got a big one!"
 */

//  define someNumber here
let someNumber 

function prompt8() {
  someNumber = Math.floor(Math.random()* 99) + 1
  console.log(someNumber);
  if (someNumber >= 1 && someNumber <=30) {
    console.log("That's a small number!")
  } else if (someNumber > 30 && someNumber <=60){
    
  }

  for(i )
}
console.log.prompt8();

// COMMENT IN THE BELOW LINE OF CODE TO TEST YOUR OUTPUT IN THE BROWSER!
// prompt8();

// 🌟 MAKE A COMMIT: "Complete prompt 8"

/*
 * Prompt 9:
 *
 * Iterate over the starWars array printing each character's name and index
 *
 * i.e.:
 *  0. Han
 *  1. C3PO
 *  2. R2D2
 */

const starWars = ["Han", "C3PO", "R2D2", "Luke", "Leia", "Anakin"];

function prompt9() {
  for (let i = 0; i < starWars.length; i++)
  console.log('${[i]}. ${starWars[i]}');
}
console.log.prompt9();

// COMMENT IN THE BELOW LINE OF CODE TO TEST YOUR OUTPUT IN THE BROWSER!
// prompt9();

// 🌟 MAKE A COMMIT: "Complete prompt 9"

/*
 * Prompt 10:
 *
 * Write a loop that pushes every even number between 0 and 100 into an array,
 * then print the array.
 */
function prompt10() {
  const myArray = [];
  for(let i = 1; i < 100; i++)
    if(i % 2 == 0)
    myArray.push(i);

  

  // don't forget to return the array after pushing the numbers into it so you can see it in the browser!
  // return the array
  return myArray;
}
console.log(prompt10());

// COMMENT IN THE BELOW LINE OF CODE TO TEST YOUR OUTPUT IN THE BROWSER!
// console.log(prompt10());

// 🌟 MAKE A COMMIT: "Complete prompt 10"

/*
 * Prompt 11:
 *
 * Find the median number in the following nums array (the mid point), then
 * console.log that number. The median number is the middle number in a SORTED list of numbers. Think through the steps you'll need to take to determine this number with code!
 *
 * Hint: What does Math.floor() do?
 */

let nums = [
  14,
  11,
  16,
  15,
  13,
  16,
  15,
  17,
  19,
  11,
  12,
  14,
  19,
  11,
  15,
  17,
  11,
  18,
  12,
  17,
  12,
  71,
  18,
  15,
  12,
];

function prompt11(arr) {
  let median;
  arguments.sort((a, b)) => {
    return a - b;
  }

  console.log(arr);
   const middle = Math.floor(arr.length / 2);

  return arr[middle]
}
console.log(prompt11(nums));

// COMMENT IN THE BELOW LINE OF CODE TO TEST YOUR OUTPUT IN THE BROWSER!


// 🌟 MAKE A COMMIT: "Complete prompt 11"

/*
 * Prompt 12:
 *
 * Did you know that you can nest loops? The catch is that you have to use
 * different incrementers (normally i) in the inner vs. outer loops. You'll commonly see developers use
 * another 1-letter incrementer (j, k, l, etc).
 *
 * Create an "outer" loop that counts up from 1 to 10 with an incrementer of i.
 * Create an "inner" loop that counts from 11 to 20 with an incrementer of j.
 * Inside the inner loop, print `i: ${i} / j: ${j}`
 * You might need to consult Google to see examples of nested for loops!
 */

function prompt12() {
  for(let i =1; i <= 10; i++){
    for(let j = 11; j <= 20; j++){
      console.log('i: $i / j: ${j}')
    }
  }
}


const prompt12 = funtion {
  for(let i = 1; i < 11; i++){
    for(let j = 11; j < 21; j++) {
      console.log('i: ${i} / j: ${j}')
    }
  }
}
console.log.prompt12();

// COMMENT IN THE BELOW LINE OF CODE TO TEST YOUR OUTPUT IN THE BROWSER!
// prompt12();

// 🌟 MAKE A COMMIT: "Complete prompt 12"

/*
 * Prompt 13:
 *
 * Using nested loops, print all the values inside the nested arrays.
 */

let nestedArrays = [
  ["a", "b", "c"],
  ["d", "e", "f"],
  ["g", "h", "i"],
];

function prompt13() {
  // YOUR CODE HERE
}

// COMMENT IN THE BELOW LINE OF CODE TO TEST YOUR OUTPUT IN THE BROWSER!
// prompt13();

// 🌟 MAKE A COMMIT: "Complete prompt 13"

///////////////////////////////////////////
// DO NOT MODIFY CODE BENEATH THIS LINE :)
///////////////////////////////////////////
if (!this.window) {
  module.exports = {
    prompt1,
    prompt2,
    prompt3,
    prompt4,
    prompt5,
    prompt6,
    prompt7,
    someNumber,
    prompt8,
    prompt9,
    prompt10,
    prompt11,
    prompt12,
    prompt13,
  };
}



//Class Exercise//
//function computerArea(width, height) {
// let area = width * height; 
// return 'The area of rectangle with width of ${width} and height of ${height} is ${area} square units'
 
//}
//console.log(computerArea(5, 25));

//function planetHasWater(planet) {
//  if(planet.toUpperCase() === 'EARTH' || planet.toUpperCase() === 'MARS')
//  return true;
//  else return false;
}
//console.log(planetHasWater('Earth') ) //=> true
//console.log(planetHasWater('Venus') ) //=> false
// Test the bonus...
//console.log(planetHasWater('mArS') ) //=> true