Explanation:

🔎 Key facts:
Node.js has a built-in https module for creating secure (SSL/TLS) web servers.
The http module is for plain, non-secure servers.
The tls module handles lower-level TLS/SSL sockets, but it’s not used directly to serve HTTPS web traffic.
There is no built-in secure-server module — that’s a fake distractor.

Check options:
A. const https = require('https'); ✅
Correct! This loads Node’s core https module, used to create secure HTTPS servers.
B. const server = require('secure-server'); ❌
Not a real Node.js core module.
C. const tls = require('tls'); ❌
This provides raw TLS socket support. Too low-level for setting up a web server.
D. const http = require('http'); ❌
This creates insecure HTTP servers, not HTTPS.
✅ Correct Answer: A. const https = require('https');

📚 Reference:
Node.js Docs – https module
Node.js Docs – http module

Explanation:

🔍 Original Expression:
let x = ('1' + 2) == (6 * 2);
Breakdown:
'1' + 2 → '12' (string concatenation)
6 * 2 → 12 (number)
'12' == 12 → true (because == does type coercion)

❓Goal:
We want to modify the expression so it evaluates to false.

✅ Correct Answer:
A. let x = ('1' + ' 2') == (6 * 2);

Why?
'1' + ' 2' → '1 2' (note the space!)
6 * 2 → 12
'1 2' == 12 → false Because '1 2' is not coercible to the number 12.

❌ Why the other options fail:
B. '1' + 2 == 12
✅ true Same as original — still evaluates to true.
C. (1 + 2) == ('6' / 2)
✅ true 3 == 3 — both sides are numbers.
D. (1 + 2) == (6 / 2)
✅ true 3 == 3 again — still true.

🧠 Key Concepts:
+ with a string → triggers string concatenation
== → performs type coercion
To force false, you need non-equivalent values after coercion