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Explaining computer science topics in Gen Z terms so you can understand it part 3. And today we're going to be talking about linked lists. A linked list in its simple terms are nodes of data that are connected by pointers. But you know I didn't forget the analogy that comes with this. I want you to think about streaming university and if you're in Gen Z there's like a 90% chance you watch streamers university. And if you didn't are you living under a rock? But, how a link list relates to this is that when you see a clip and you see somebody in that clip and they do something funny, but you're on somebody else's stream, you go to their stream afterwards to see what your stream's about. And then so on and so forth. That's just like how a link list works. You have a node with data. Your pointer is pointing you to another data or another node of data and then you go to that node, right? And you have another pointer that points to another node because you might watch a clip on their channel and then you keep going through the cycle. And the only way that somebody becomes relevant from the current data that you're in is if they're connected to that data via the pointer. It's just like that, you won't know about somebody unless they're in the clip. So next time you have to remember a link list, try and remember that and drop a follow.

Explaining computer science topics in Gen Z terms so you can understand it part 3. And today we're going to be talking about linked lists. A linked list in its…

Ideas in this flowchart

  • Explaining Linked Lists in Gen Z Terms
  • Definition of Linked List
  • Nodes of Data
  • Connected by Pointers
  • Analogy with Streaming
  • Watching Streamers University
  • Switching Streams
  • Relevance via Connection
  • Remembering Linked Lists
  • Use the Analogy
  • Drop a Follow
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Explaining computer science topics in Gen Z terms so you can understand it part 3. And today we're going to be talking about linked lists. A linked list in its simple terms are nodes of data that are connected by pointers. But you know I didn't forget the analogy that comes with this. I want you to think about streaming university and if you're in Gen Z there's like a 90% chance you watch streamers university. And if you didn't are you living under a rock? But, how a link list relates to this is that when you see a clip and you see somebody in that clip and they do something funny, but you're on somebody else's stream, you go to their stream afterwards to see what your stream's about. And then so on and so forth. That's just like how a link list works. You have a node with data. Your pointer is pointing you to another data or another node of data and then you go to that node, right? And you have another pointer that points to another node because you might watch a clip on their channel and then you keep going through the cycle. And the only way that somebody becomes relevant from the current data that you're in is if they're connected to that data via the pointer. It's just like that, you won't know about somebody unless they're in the clip. So next time you have to remember a link list, try and remember that and drop a follow.

"Explaining computer science topics in Gen Z"

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