diff --git a/README.md b/README.md
index ef62891..05d4b77 100755
--- a/README.md
+++ b/README.md
@@ -66,7 +66,7 @@ This function starts the artnet objects.
 Based on these two numbers the program will calculate the number of needed universes
 
 #### `void setLedsBuffer(uint_8t*) buffer)` 
-This function will set the buffer that will store the frame retrieve from `readFrame()`  `readNextFrameAndWait()`  and `readFrameRecord()` 
+This function will set the buffer that will store the frame retrieved from `readFrame()`  `readNextFrameAndWait()`  and `readFrameRecord()` 
 
 #### `uint16_t readFrame()`
 This function will receive one frame or all the needed universes.
@@ -85,7 +85,7 @@ This function receives a frame a store it in the file. It also store the delay b
 This function is mandatory to call to end the recording it will also close the file
 
 #### `bool readNextFrameAndWait(File file)` 
-This function reads a frame from the file and wait the necessary time.
+This function reads a frame from the file and waits the necessary time.
 it returns `true` if the file has not be entirely read else it will returns `false`
 
 
diff --git a/examples/SD-Artnet/SD-Artnet.ino b/examples/SD-Artnet/SD-Artnet.ino
index 9b109eb..55da6fb 100644
--- a/examples/SD-Artnet/SD-Artnet.ino
+++ b/examples/SD-Artnet/SD-Artnet.ino
@@ -27,7 +27,7 @@ void recordfunction()
   if (artnet.frameslues%100==0)
    Serial.printf("nb frames read: %d  nb of incomplete frames:%d lost:%.2f %%\n",artnet.frameslues,artnet.lostframes,(float)(artnet.lostframes*100)/artnet.frameslues);
    //here the buffer is the led array hence a simple FastLED.show() is enough to display the array
-   FastLED.show(); //if the array is really big I would note put any FastLED.show() because it takes time
+   FastLED.show(); //if the array is really big I would not put any FastLED.show() because it takes time
 }