diff --git a/1-js/13-modules/03-modules-dynamic-imports/article.md b/1-js/13-modules/03-modules-dynamic-imports/article.md
index a723566c..83b85b55 100644
--- a/1-js/13-modules/03-modules-dynamic-imports/article.md
+++ b/1-js/13-modules/03-modules-dynamic-imports/article.md
@@ -1,8 +1,6 @@
 # Dynamic imports
 
-Export and import statements that we covered in previous chapters are called "static".
-
-That's because they are indeed static. The syntax is very strict.
+Export and import statements that we covered in previous chapters are called "static". The syntax is very simple and strict.
 
 First, we can't dynamically generate any parameters of `import`.
 
@@ -24,27 +22,27 @@ if(...) {
 }
 ```
 
-That's because `import`/`export` aim to provide a backbone for the code structure. That's a good thing, as code structure can be analyzed, modules can be gathered and bundled together, unused exports can be removed ("tree-shaken"). That's possible only because the structure of imports/exports is simple and fixed.
+That's because `import`/`export` aim to provide a backbone for the code structure. That's a good thing, as code structure can be analyzed, modules can be gathered and bundled into one file by special tools, unused exports can be removed ("tree-shaken"). That's possible only because the structure of imports/exports is simple and fixed.
 
 But how can we import a module dynamically, on-demand?
 
-## The import() function
+## The import() expression
 
-The `import(module)` function can be called from anywhere. It returns a promise that resolves into a module object.
+The `import(module)` expression loads the module and returns a promise that resolves into a module object that contains all its exports. It can be called from any place in the code.
 
-The usage pattern looks like this:
+We can use it dynamically in any place of the code, for instance:
 
-```js run
-let modulePath = prompt("Module path?");
+```js
+let modulePath = prompt("Which module to load?");
 
 import(modulePath)
   .then(obj => <module object>)
-  .catch(err => <loading error, no such module?>)
+  .catch(err => <loading error, e.g. if no such module>)
 ```
 
 Or, we could use `let module = await import(modulePath)` if inside an async function.
 
-For instance, if we have the following `say.js`:
+For instance, if we have the following module `say.js`:
 
 ```js
 // 📁 say.js
@@ -75,12 +73,12 @@ export default function() {
 }
 ```
 
-...Then, in order to access it, we can use `default` property of the module object, as explained in the [previous chapter](info:import-export).
-
-So, the dynamic import will be like this:
+...Then, in order to access it, we can use `default` property of the module object:
 
 ```js
-let {default: say} = await import('./say.js'); // save .default property in say variable
+let obj = await import('./say.js');
+let say = obj.default;
+// or, in one line: let {default: say} = await import('./say.js');
 
 say();
 ```
@@ -96,5 +94,5 @@ Dynamic imports work in regular scripts, they don't require `script type="module
 ```smart
 Although `import()` looks like a function call, it's a special syntax that just happens to use parentheses (similar to `super()`).
 
-So we can't copy `import` to a variable or use `.call/apply` with it.
+So we can't copy `import` to a variable or use `.call/apply` with it. That's not a function.
 ```