Everything before Chapter 3 done

src/components/ComputingCostGraph.svelte

@@ -183,7 +183,7 @@
       font-size="14px"
       transform="translate({-370}, {margin.top - 20})"
     >
-      Plotting the Cost Of Components Throughout Time (Logarithmic Scale)
+      Plotting the Cost of Components Through Time (Logarithmic Scale)
     </text>
     <!-- x-axis -->
     <g

src/components/GuessGame.svelte

@@ -4,7 +4,7 @@
 
     export let cost_data;
 
-    $: console.log(cost_data);
+    // $: console.log(cost_data);
 
     let data = [];
     let gort = "GB";

src/components/Story.svelte

@@ -88,7 +88,12 @@
         "text",
         "text",
         "guess",
-        'cost',
+        "text",
+        "cost",
+        "text",
+        "text",
+        -1,
+        "subtitle",
         10,
     ];
     // for programmer use
@@ -248,7 +253,7 @@
                 {:else if sec[1] == "guess"}
                     <section class="snapper" class:fade={sections_fade[sec[0]]}>
                         <div class="content_sticky">
-                            <GuessGame {cost_data}/>
+                            <GuessGame {cost_data} />
                         </div>
                     </section>
                 {:else}
@@ -292,11 +297,29 @@
                         right={"Particularly on the Linear Scale, see if we have been following Moore's Law in recent years."}
                     />
                 {/if}
-                {#if index >= 13 && index <= 20}
+                {#if index >= 13 && index <= 16}
                     <GenericLabelText
                         {index}
                         fadeIn="13"
-                        fadeOut="19"
+                        fadeOut="17"
+                        title="Chapter 2: Why Does Moore's Law Matter"
+                    />
+                {/if}
+                {#if index >= 16 && index <= 17}
+                    <GenericLabelText
+                        {index}
+                        fadeIn="16"
+                        fadeOut="18"
+                        title="Chapter 2: Why Does Moore's Law Matter"
+                        left={"Interact with this graph to see how expensive computer components were."}
+                        right={"Remember that this graph is in logarithmic scale so the price of components have indeed been exponentially decreasing."}
+                    />
+                {/if}
+                {#if index >= 17 && index <= 21}
+                    <GenericLabelText
+                        {index}
+                        fadeIn="17"
+                        fadeOut="20"
                         title="Chapter 2: Why Does Moore's Law Matter"
                     />
                 {/if}

src/components/text_data.json

@@ -23,9 +23,25 @@
         "text": "Why Does Moore's Law Matter?"
     },
     "13": {
-        "text": "At first glance, it might seem like Moore’s Law only matters in terms of transistors and computing power. Yet Moore’s Law was a hallmark theory for a reason. Not only did Moore’s Law predict computing power, it also predicted something just as important: cost. The final part of this equation, Moore predicted faster, more efficient, smaller, and CHEAPER."
+        "text": "At first glance, it might seem like Moore's Law only matters in terms of transistors and computing power. Yet Moore's Law was a hallmark theory for a reason. Not only did Moore's Law predict computing power, it also predicted something just as important: cost. The final part of this equation, Moore predicted faster, more efficient, smaller, and CHEAPER."
     },
     "14": {
-        "text": "We plotted out the costs of memory, flash, SSD, and disk drives ever since 1955 and have observed their continual downtrend in costs, which emulates Moore’s Law to a tee — yet instead of having an upwards exponential relationship, this time, they have a major decline in cost. Let’s observe how Moore’s Law affects things other than transistors — this time, in regards to the cost of these computing components "
+        "text": "We plotted out the costs of memory, flash, SSD, and disk drives ever since 1955 and have observed their continual downtrend in costs, which emulates Moore's Law to a tee — yet instead of having an upwards exponential relationship, this time, they have a major decline in cost. Let's observe how Moore's Law affects things other than transistors — this time, in regards to the cost of these computing components "
+    },
+    "16": {
+        "text": "Surprising right? Let's show you what that graph looks like now."
+    },
+    "18": {
+        "text": "Immediately, when we observed the cost of memory in 1956, we were shocked. It's an enormous amount of money, more than I would ever be able to see in my lifetime, all for the cost of a TB of memory."
+    },
+    "19": {
+        "text": "Fortunately, as Moore predicted, the costs of these components became cheaper and cheaper as time went on. However, it seems like we are slowly reaching a hard limit in terms of the costs of these components, as the ending parts of our graph show that there hasn't been much of a decline since 2010."
+    },
+    "21": {
+        "subtitle": "Chapter 3",
+        "text": "Predicting With Moore's Law?"
+    },
+    "num": {
+        "text": "lol"
     }
 }