True or False: if false, choose the answer that best corrects the statement. In associative networks, activating a node makes it more difficult to access related nodes.

False: In associative networks, activating a node makes it easier to access related nodes.

True or False: if false, choose the answer that best corrects the statement. In associative networks, activating a node makes it more difficult to access related nodes.

Okay, so here we have a true and false. If it's false we're going to be choosing an answer that would best correct the statement. Our statement being, in associative networks activating a node makes it more difficult to access related nodes. So this statement is false, right, and it's because of that phrase more difficult. This is actually the opposite of what happens, so it's definitely not going to be true. So in associative networks when we activate a node it actually makes it easier for us to access related nodes. So based on that our answer is going to be c. Like we just said, this statement is false. In associative networks activating a node makes it easier to access related nodes. B is incorrect because it says, in associative networks activating a node does not impact related nodes at all, but that's not true. It does make it easier for you to access those related nodes. So b is incorrect and then d is also incorrect because it reads, an associative network activating a node makes it easier to access unrelated nodes and concepts, and that's not true. Nodes have to be related or associated in order for that whole network to become active. Right? If I say peanut butter it might activate nodes like bread or jelly for you, those are all related, they've all been associated. Saying peanut butter probably wouldn't access a node for stapler for you, right, because they are unrelated concepts, for most people at least. All right, so our answer here is going to be c. And there you go.