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learn-pr/wwl-language/guided-project-arrays-iteration-selection/includes/3-exercise-create-arrays-foreach-loops.md

@@ -1,4 +1,4 @@
-In this exercise, you'll review the Starter project code and then begin updating the application. Your first coding task will be creating the arrays that hold student exam scores. Once your application data is available in arrays, you'll begin working on a `foreach` loop that can be used to sum student grades. The detailed tasks that you'll complete during this exercise are:
+In this exercise, you review the Starter project code and then begin updating the application. Your first coding task is creating the arrays that hold student exam scores. Once your application data is available in arrays, you begin working on a `foreach` loop that can be used to sum student grades. The detailed tasks that you complete during this exercise are:
 
 1. Code review: review the contents of the Program.cs file.
 
@@ -15,15 +15,15 @@ In this exercise, you'll review the Starter project code and then begin updating
 
 ## Review the contents of the Program.cs file
 
-In this task, you'll review the code that's provided as a Starter project for this module. The Program.cs file contains the initial version of the student grading application that you'll be updating.  
+In this task, you review the code that's provided as a Starter project for this module. The Program.cs file contains the initial version of the student grading application that you are updating.  
 
 1. Ensure that you have the **GuidedProject** folder open in Visual Studio Code.
 
     The Prepare unit (the previous unit in this module) includes a Setup section for this Guided project module. The Setup section describes the process for downloading your initial code and opening the project folder Visual Studio Code. If necessary, go back and follow the Setup instructions.
 
 1. In the Visual Studio Code EXPLORER view, expand the **Starter** folder, then select **Program.cs**.
 
-    When you select the Program.cs file, the file contents will open in the main Editor area to the right of the EXPLORER view.
+    When you select the Program.cs file, the file contents open in the main Editor area to the right of the EXPLORER view.
 
     If the EXPLORER view isn't open, you can open it using the Activity Bar on the far-left side of the Visual Studio Code window. The EXPLORER button is the topmost icon on the Activity Bar.
 
@@ -119,14 +119,14 @@ In this task, you'll review the code that's provided as a Starter project for th
 
     This section prints the formatted output in accordance with the teacher's guidelines. The first line is a header line with column titles, followed by the names and scores for each student.
 
-    The `Console.ReadLine()` statement will pause the application so that the application user can review the output.
+    The `Console.ReadLine()` statement pauses the application so that the application user can review the output.
 
 1. In the Visual Studio Code EXPLORER view, right-click **Starter**, and then select **Open in Integrated Terminal**.
 
-    You will be using the TERMINAL panel to run .NET Command Line Interface (CLI) commands, such as `dotnet build` and `dotnet run`. The `dotnet build` command will compile your code and display error and warning messages related to your code syntax.
+    You are using the TERMINAL panel to run .NET Command Line Interface (CLI) commands, such as `dotnet build` and `dotnet run`. The `dotnet build` command compiles your code and display error and warning messages related to your code syntax.
 
     > [!IMPORTANT]
-    > Ensure that terminal command prompt is open to the root of your project workspace. In this case, the root of your project workspace is the Starter folder, where your Starter.csproj and Program.cs files are located. When you run .NET CLI commands in the terminal, the commands will try to perform actions using the current folder location. If you try to run the `dotnet build` or `dotnet run` commands from a folder location that does not contain your files, the commands will generate error messages.
+    > Ensure that terminal command prompt is open to the root of your project workspace. In this case, the root of your project workspace is the Starter folder, where your Starter.csproj and Program.cs files are located. When you run .NET CLI commands in the terminal, the commands try to perform actions using the current folder location. If you try to run the `dotnet build` or `dotnet run` commands from a folder location that does not contain your files, the commands generate error messages.
 
 1. At the TERMINAL command prompt, to build your project code, enter the following command: `dotnet build`  
 
@@ -146,7 +146,7 @@ In this task, you'll review the code that's provided as a Starter project for th
 
 1. At the Terminal command prompt, type **dotnet run** and then press Enter.
 
-    The `dotnet run` command will instruct the compiler to build your application and then, as long as there were no build errors, it will run your compiled code.
+    The `dotnet run` command instructs the compiler to build your application and then, as long as there were no build errors, it runs your compiled code.
 
     > [!IMPORTANT]
     > The Starter project targets .NET 8 (in the Starter.csproj file). If you don't have .NET 8 installed, the `dotnet run` command will generate an error. You can either install the .NET 8 SDK (recommended), or you can change the target framework in the Starter.csproj file to align with the version of .NET that you have installed in your environment.

learn-pr/wwl-language/guided-project-arrays-iteration-selection/includes/4-exercise-construct-nested-loops.md

@@ -1,4 +1,4 @@
-In this exercise, you'll add a string array to hold the student names, and then implement a nested `foreach` structure that iterates through the student names in an outer loop and student scores in the inner loop. You'll begin by constructing the `studentNames` array and a `foreach` loop that iterates through the array elements. Next, you'll move the code that's used to calculate Sophia's grades into the code block of the "names" loop. Finally, you'll implement the code logic that uses the student's name to access their scores array, calculate their average score, and write their grade to the console. The detailed tasks that you'll complete during this exercise are:
+In this exercise, you add a string array to hold the student names, and then implement a nested `foreach` structure that iterates through the student names in an outer loop and student scores in the inner loop. You begin by constructing the `studentNames` array and a `foreach` loop that iterates through the array elements. Next, you move the code that's used to calculate Sophia's grades into the code block of the "names" loop. Finally, you implement the code logic that uses the student's name to access their scores array, calculate their average score, and write their grade to the console. The detailed tasks that you complete during this exercise are:
 
 1. Create names array: Create a student names array.
 
@@ -83,7 +83,7 @@ In this task, you'll create a student names array and a `foreach` loop that iter
 
 1. At the Terminal command prompt, type **dotnet build** and then press Enter.
 
-    The `dotnet build` command instructs the compiler to build the application. If any errors are detected, they will be reported.
+    The `dotnet build` command instructs the compiler to build the application. If any errors are detected, they'll be reported.
 
 1. If you see Error or Warning messages, you need to fix them before continuing.
 
@@ -185,7 +185,7 @@ In this task, you'll relocate the code that calculates and reports Sophia's scor
     Console.ReadLine();
     ```
 
-    Notice that at this point, your code will calculate and report Sophia's score regardless of the `name` of the current student. You will address that shortly.
+    Notice that at this point, your code will calculate and report Sophia's score regardless of the `name` of the current student. You'll address that shortly.
 
 1. Delete the following code:
 
@@ -264,7 +264,7 @@ In this task, you'll relocate the code that calculates and reports Sophia's scor
 
 1. At the Terminal command prompt, type **dotnet build** and then press Enter.
 
-    The `dotnet build` command instructs the compiler to build the application. If any errors are detected, they will be reported.
+    The `dotnet build` command instructs the compiler to build the application. If any errors are detected, they'll be reported.
 
 1. If you see Error or Warning messages, you need to fix them before continuing.
 
@@ -503,7 +503,7 @@ In this task, you'll update the code that performs student score calculations us
     Console.WriteLine($"{currentStudent}\t\t{currentStudentGrade}\t?");
     ```
 
-    Notice that this code has replaced the letter grade assignment with a "?". You will work on automating the assignment of letter grades in the next exercise.
+    Notice that this code has replaced the letter grade assignment with a "?". You'll work on automating the assignment of letter grades in the next exercise.
 
 1. Move the `Console.WriteLine` statement that's used to write the column labels of your score report to the location just above the outer `foreach` loop.
 
@@ -598,4 +598,4 @@ In this task, you'll run the application to verify that your code logic is worki
 
 1. Close the Terminal panel.
 
-Congratulations, your application has come a long way from where you started out. You are making efficient use of arrays and `foreach` iterations, and you've integrated an `if` statement that enables your code to select the correct scores array.
+Congratulations, your application has come a long way from where you started out. You're making efficient use of arrays and `foreach` iterations, and you've integrated an `if` statement that enables your code to select the correct scores array.

learn-pr/wwl-language/guided-project-arrays-iteration-selection/includes/5-exercise-implement-selection-statements.md

@@ -1,15 +1,15 @@
-In this exercise, you'll develop the code that automatically assigns a student's letter grade based on their final numeric score and you'll update the application so that extra credit project scores are factored into the student's final grade. You will begin by writing an `if-elseif-else` construct that can be used to evaluate the student's numeric score and assign the letter grade. Next, you'll examine the application requirements related to extra credit work, and then work your way through the required code updates. The detailed tasks that you'll complete during this exercise are:
+In this exercise, you develop the code that automatically assigns a student's letter grade based on their final numeric score and you update the application so that extra credit project scores are factored into the student's final grade. You begin by writing an `if-elseif-else` construct that can be used to evaluate the student's numeric score and assign the letter grade. Next, you examine the application requirements related to extra credit work, and then work your way through the required code updates. The detailed tasks that you complete during this exercise are:
 
 1. Develop an `if-elseif-else` construct that evaluates the student's score to assign a letter grade. The expression that's evaluated compares the student's numeric score with a range of scores taken from a grading chart provided by the teacher.  
 
-1. Integrate extra credit scores into each student's scores array, and then update the code that's used to calculate the student's numeric score. The `foreach` that's used to sum the student scores will be updated to include an `if` statement that branches the code. The exam scores will be applied to the sum in one branch, and the extra credit scores in the other branch.
+1. Integrate extra credit scores into each student's scores array, and then update the code that's used to calculate the student's numeric score. The `foreach` that's used to sum the student scores will be updated to include an `if` statement that branches the code. The exam scores are applied to the sum in one branch, and the extra credit scores in the other branch.
 
 > [!IMPORTANT]
 > You need to have completed this module's previous Exercise, "Create arrays and foreach loops", before you begin this Exercise.
 
 ## Assign letter grades using an `if-elseif-else` construct
 
-In this task, you'll develop an `if-elseif-else` structure that can be used to assign letter grades based on a calculated numeric score.
+In this task, you develop an `if-elseif-else` structure that can be used to assign letter grades based on a calculated numeric score.
 
 1. Ensure that you have the Program.cs file open in the Visual Studio Code Editor.
 
@@ -43,7 +43,7 @@ In this task, you'll develop an `if-elseif-else` structure that can be used to a
     0  - 59    F
     ```
 
-    Notice that the top row of scores, the values greater than or equal to 97, have a letter grade of "A+". In other words, if a student's final score is >= 97, they'll be assigned a letter grade of "A+".
+    Notice that the top row of scores, the values greater than or equal to 97, have a letter grade of "A+". In other words, if a student's final score is >= 97, they are assigned a letter grade of "A+".
 
 1. To create an `if` statement that assigns `A+` to `currentStudentLetterGrade` when the student's score is greater than or equal to 97, enter the following code: