changes based on comments

Author: meganrm

src/content/Competitive.tsx

@@ -68,9 +68,9 @@ export const competitiveArray: PageContent[] = [
         content: (
             <>
                 We cannot directly measure the formation of <AD /> (which is why
-                it's shown in grey). To figure out how strongly <B /> binds to{" "}
-                <A /> we're going to keep track of how adding more <D />{" "}
-                decreases the formation of <AB />.
+                it's shown in grey). To figure out how strongly <D /> binds to{" "}
+                <A /> we're going to keep track of how adding more <D /> affects
+                the amount of <AB /> formed.
             </>
         ),
         layout: LayoutType.LiveSimulation,
@@ -89,7 +89,7 @@ export const competitiveArray: PageContent[] = [
         content: (
             <>
                 We cannot directly measure the formation of <AD /> (which is why
-                it's shown in grey). To figure out how strongly <B /> binds to{" "}
+                it's shown in grey). To figure out how strongly <D /> binds to{" "}
                 <A /> we're going to keep track of how adding more <D /> affects
                 the amount of <AB /> formed.
             </>
@@ -112,7 +112,8 @@ export const competitiveArray: PageContent[] = [
             <>
                 We are starting with [<D />] = 0, so the <AB /> complex is able
                 to form without any inhibition. This will be our baseline for
-                the max amount of <AB /> that can form at these concentrations.{" "}
+                the maximum amount of <AB /> that can form at these
+                concentrations.{" "}
             </>
         ),
         callToAction: (
@@ -152,7 +153,7 @@ export const competitiveArray: PageContent[] = [
         title: "Repeating the experiment",
         content: (
             <>
-                We want to understand the affect <D /> has on the formation of{" "}
+                We want to understand the effect <D /> has on the formation of{" "}
                 <AB />. Let’s repeat the experiment with a new concentration of{" "}
                 <D />. We will keep the concentration of <A /> and <B />{" "}
                 constant.