feat: adds Amiyah Jones , lesson 04 : two languages (#138)

* Create README.md

Accidentally removed my work the 1st time by merging

* Delete lesson_00/amiyahjones/README.md

* create file and readme

* READMe.md draft & thought proccess

* README.md manual test

* getting there...just thinking

* README.md explanation

* ran tests and this isn't a valid code. will re-try

* fix up

Feedback from chatgpt simply checking if there is any remainders left

* Update README.md

* update comments to README.md

* explain my javascript function in README.md

* React addition to README.md

If you check my repositories, I have a few projects back from the youth program where we learned about how to use react. I hope it counts since I'm a bit familiar with at least using a function and importing the 'use state'. I can recall it's almost like javascript but easier(?)

* React code in README.md

Snippets inspired off of my previous ones: https://github.com/AmiyahJo/mega-dashboard-24/blob/master/mega-dash/src/components/DiceRoller.jsx , and https://github.com/AmiyahJo/Worlde-24-Project/blob/main/src/App.jsx. Along with chatgpt's help on making the App function to submit and include other features

* explanatinon to react README.md

* simple explanations README.md

* remove react README.md

I forgot react is a javascript library, not a programming language.

* sneaky html joke. shh README.md

* slowly transforming html to ruby. 

Looking through tutorials.

* ruby prime checker! 

a 9 year old tutorial https://www.youtube.com/watch?v=33pLqGvk-PM explaining how to use a function what each of these do

* ruby addition!! README.md

* Differences + update README.md

* Video credit for ruby README.md

---------

Co-authored-by: AmiyahJo <[email protected]>

Author: AmiyahJo

lesson_04/amiyahjones/README.md

@@ -0,0 +1,50 @@
+## Javascript
+``` javascript
+
+function isPrime(num) {
+  if (num < 2) {
+    return false; // Numbers less than 2 are not prime
+  }
+
+  for (let i = 2; i < num; i++) {
+    if (num % i === 0) {
+      return false; 
+    }
+  }
+  
+  return true; 
+}
+
+console.log(isPrime(5)); //true
+console.log(isPrime(1)); //false
+
+```
+## Ruby  
+###### Tutorial used : https://www.youtube.com/watch?v=33pLqGvk-PM
+``` ruby
+def prime?(n)
+# '2..n-1' checks all the numbers from 2 up to less than 'n'.
+# 'none' -> sees if none of these numbers can divide 'n' evenly.
+  (2..n-1).none? {|divisor| n % divisor == 0}
+# If none of these numbers divide 'n' without a remainder,
+# then 'n' is a prime number. Otherwise, it's not.
+end
+
+p prime? 5 # prints 'true'
+p prime? 6 # prints 'false'
+p prime? 7 # also 'true'
+```
+
+
+## Explanation 
+
+My JavaScript implementation uses a function named ```isPrime``` that checks if a number is prime by first returning `false` if the number is less than 2, since prime numbers are greater than 1. Then, it tests every number from 2 up to one less than the given number to see if any of them can divide it without leaving a remainder. If it finds one that can divide it evenly, it returns `false` ; if not, it returns `true`, meaning the number is prime.
+
+The ruby implementation has a function named ```prime?``` that also looks at all the numbers from 2 up to one less than the number given. Same rules apply: If none of those numbers can divide it evenly, then it prints ```true```. For example, it tells us if 5 and 7 are prime (they are!) and if 6 is prime (it’s not!).
+
+### Differences
+1. Instead of ```function``` used to define what your function is in javascript, Ruby use ```def```
+2. Ruby is much more simple - where tthe ```if``` and ```else``` statement is simply in one line
+3. Ruby simply 'prints' the result of its functions rather than ```console.log();``` 
+
+