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learn-pr/wwl-azure/discover-interfaces/7-knowledge-check.yml

@@ -25,15 +25,15 @@ quiz:
       explanation: "Incorrect. Interface properties aren't required to be static."
   - content: "You're implementing an interface in a class. What must you ensure?"
     choices:
-    - content: "Provide public, non-static implementations for all interface members."
+    - content: "Provide public, nonstatic implementations for all interface members."
       isCorrect: true
-      explanation: "Correct. When a class implements an interface, it must provide public, non-static implementations for all interface members."
+      explanation: "Correct. When a class implements an interface, it must provide public, nonstatic implementations for all interface members."
     - content: "Provide private implementations for all interface members."
       isCorrect: false
       explanation: "Incorrect. Interface members must be implemented as public, not private."
     - content: "Provide static implementations for all interface members."
       isCorrect: false
-      explanation: "Incorrect. Interface members should be implemented as non-static."
+      explanation: "Incorrect. Interface members should be implemented as nonstatic."
   - content: "In a scenario where you need to implement an interface in a class, what syntax is used?"
     choices:
     - content: "class ClassName : InterfaceName"

learn-pr/wwl-azure/discover-interfaces/includes/3-create-interface-properties.md

@@ -23,7 +23,7 @@ Interface properties typically don't have any code inside them, they just specif
 When a class, like `Car`, decides to implement an interface, such as `IVehicle`, it's like saying "I'm going to build a vehicle." The `Car` must include all the features (properties or methods) outlined in the `IVehicle` blueprint.
 
 - The `Car : IVehicle` syntax is used to indicate that `Car` is implementing the `IVehicle` interface. You use the familiar syntax, the same as used for inheritance.
-- The `Car` must provide public, non-static implementations for all the features listed in the `IVehicle` blueprint.
+- The `Car` must provide public, nonstatic implementations for all the features listed in the `IVehicle` blueprint.
 - If `Car` decides to implement multiple blueprints (interfaces) that have similar features, it needs to be clear about which feature comes from which blueprint.
 
 Here's how `Car` implements the `IVehicle` interface in code:

learn-pr/wwl-azure/discover-interfaces/includes/5-understand-value-interfaces.md

@@ -6,7 +6,7 @@ Interfaces in C# are structural contracts that define a set of related functions
 - **Code Quality**
 - **Polymorphism**
 
-## Code Reusability
+## Code reusability
 
 By defining a common set of methods in an interface, multiple classes can implement those methods, creating interchangeable objects. This is one of the main advantages of using interfaces in C#.
 
@@ -41,17 +41,17 @@ public class Bike : IVehicle
 
 In this example, both the `Car` and `Bike` classes implement the `IVehicle` interface. The `Drive()` method is reused in both classes, demonstrating code reusability.
 
-## Enhanced Maintainability
+## Enhanced maintainability
 
 Interfaces contribute to the maintainability of your code by promoting modularity. If you need to add a new type of vehicle to your system, you can simply create a new class that implements the `IVehicle` interface. 
 
 For example, if you want to add a `Truck` class, you can do so without affecting the existing `Car` and `Bike` classes. This separation of concerns makes your code easier to manage, update, and debug, enhancing its overall maintainability.
 
-## Error Prevention
+## Error prevention
 
 If a class declares it implements an interface but doesn't provide all necessary methods, the C# compiler will generate an error. This ensures adherence to the defined contract and helps prevent potential errors in your code.
 
-## Code Quality
+## Code quality
 
 Interfaces in C# help to structure your code and make it adaptable. They allow classes to indicate they can perform certain actions or behaviors. This is particularly beneficial in a team setting where different developers are working on different parts of a system. By using interfaces, each developer has a clear contract of what a class should do, allowing them to work independently on their respective classes without needing to know the internal workings of each other's classes. This leads to cleaner, more organized code, enhancing overall code quality.