Document
+
diff --git a/main.js b/main.js
index bf60c18..0f5515f 100644
--- a/main.js
+++ b/main.js
@@ -19,7 +19,7 @@ const saveSecondNumber = (num) => {
const add = (numA, numB) => {
const sum = numA + numB
return sum
-}
+};
// this function takes in two argument/numbers and returns the difference of them
const subtract = (numA, numB) => {
@@ -30,15 +30,23 @@ const subtract = (numA, numB) => {
// These variables are already defined but that don't point to functions. It's up to you to build the functions to complete your calculator use:
const multiply = (numA, numB) => {
+ const product = numA * numB
+ return product
// * to get a product then return it
// Open up the inspector tool in Chrome and select the Console tab to see what this functions is "logging out" to the console.
console.log(numA, numB)
}
-const divide = null
+const divide = (numA, numB) => {
+ const quotient = numA / numB
+ return quotient
+}
// / to get a quotient,
-const modulus = null
+const modulus = (numA, numB) => {
+ const modulus = numA % numB
+ return modulus
+}
// and % to get a remainder.
// This function changes the "operation" variable to be equal to the "id" of the button we choose on the web page.
@@ -64,11 +72,11 @@ const equals = () => {
break;
case "subtraction": putResultInElement(subtract(firstNum, secondNum))
break;
- case "multiplication": multiply(firstNum, secondNum)
+ case "multiplication": putResultInElement(multiply(firstNum, secondNum))
break;
- case "division": console.log(divide(firstNum, secondNum))
+ case "division": putResultInElement(divide(firstNum, secondNum))
break;
- case "modulus": console.log(modulus(firstNum, secondNum))
+ case "modulus": putResultInElement(modulus(firstNum, secondNum))
break;
default: "Choose an operation"
}