TimeSmash

  if(newNum === 0){
    return parseInt(binaryNum.join(""))
  } else {
    10100
  }

TimeSmash

function convertToBinary(num, binaryNum = []){
	let newNum = Math.floor(num / 2)
	let rem = num % 2

	if(rem !== 0){
    		rem = 1
	}
	binaryNum.unshift(rem)

	if(newNum === 0){

TimeSmash

function findRangeSums1(x1,x2,y1,y2){
	let xRange = range(x1,x2)
	let yRange = range(y1,y2)

	let sums = [];

	if(y1 > x2){
           return null
	} else if (x1>y2) {
	   return null

TimeSmash

if(y1 > x2){
  return null
} else if (x1>y2) {
  return null
}

TimeSmash

function range(low,high){
	let range = []
	for(var i = low; i<=high;i++){
		range.push(i)
    }
	return range
}

TimeSmash

function arrayAlreadyHasArray(arr, testArr){
    for(var i = 0; i<arr.length; i++){
        let checker = false
        for(var j = 0; j<arr[i].length; j++){
            if(arr[i][j] === testArr[j]){
                    checker = true
            } else {
                checker = false
            }
        }

TimeSmash

arr1 = ["N",6,4]
arr2 = ["N",6,4]
arr1Copy = arr1

arr1 === arr2 // => false

arr1 === arr1Copy // => true

TimeSmash

public Calc(double firstNum, double secondNum) {
      num1 = firstNum;
      num2 = secondNum;
    }

TimeSmash

switch (operator){
    case "+":
    System.out.println(calc1.num1 + " plus " + calc1.num2 + " equals "+ calc1.num1 + " plus " + calc1.num2 + " equals "+calc1.add(firstNum, secondNum));
    backToMainMenu();
    break;
//   Similar case statements as seen above, with * = multiply, ** = exponentiate, etc.
    case "exit":
    System.exit(0);
    break;
    default:

TimeSmash

public static void main(String[] args) {
    //nothing here yet
}