diff --git a/dotnet/examples/2_Encoders.cs b/dotnet/examples/2_Encoders.cs
index ebe3bf270..d1a179e5c 100644
--- a/dotnet/examples/2_Encoders.cs
+++ b/dotnet/examples/2_Encoders.cs
@@ -48,7 +48,7 @@ anything done without batching.
 
             In a later example, we will demonstrate how to use the BGV scheme. Batching
             works similarly for the BGV scheme to this example for the BFV scheme. For
-            example, simply changing `scheme_type::bfv` into `scheme_type::bgv` can make
+            example, simply changing `SchemeType.BFV` into `SchemeType.BGV` can make
             this example work for the BGV scheme.
             */
             using EncryptionParameters parms = new EncryptionParameters(SchemeType.BFV);
diff --git a/dotnet/examples/6_Rotation.cs b/dotnet/examples/6_Rotation.cs
index a9ad58f87..f298b7c99 100644
--- a/dotnet/examples/6_Rotation.cs
+++ b/dotnet/examples/6_Rotation.cs
@@ -10,9 +10,12 @@ namespace SEALNetExamples
     partial class Examples
     {
         /*
-        Both the BFV scheme (with BatchEncoder) as well as the CKKS scheme support native
-        vectorized computations on encrypted numbers. In addition to computing slot-wise,
+        Both the BFV and BGV schemes (with BatchEncoder) as well as the CKKS scheme support
+        native vectorized computations on encrypted numbers. In addition to computing slot-wise,
         it is possible to rotate the encrypted vectors cyclically.
+
+        Simply changing `SchemeType.BFV` to `SchemeType.BGV` will make this example work for
+        the BGV scheme.
         */
         private static void ExampleRotationBFV()
         {
diff --git a/native/examples/6_rotation.cpp b/native/examples/6_rotation.cpp
index 96bffbb4a..ab4545858 100644
--- a/native/examples/6_rotation.cpp
+++ b/native/examples/6_rotation.cpp
@@ -7,9 +7,12 @@ using namespace std;
 using namespace seal;
 
 /*
-Both the BFV scheme (with BatchEncoder) as well as the CKKS scheme support native
-vectorized computations on encrypted numbers. In addition to computing slot-wise,
+Both the BFV and BGV schemes (with BatchEncoder) as well as the CKKS scheme support
+native vectorized computations on encrypted numbers. In addition to computing slot-wise,
 it is possible to rotate the encrypted vectors cyclically.
+
+Simply changing `scheme_type::bfv` to `scheme_type::bgv` will make this example work for
+the BGV scheme.
 */
 void example_rotation_bfv()
 {