diff --git a/TFOD-Sample-OpMode-with-Java-Builder.md b/TFOD-Sample-OpMode-with-Java-Builder.md
index 7b0998f..55fa858 100644
--- a/TFOD-Sample-OpMode-with-Java-Builder.md
+++ b/TFOD-Sample-OpMode-with-Java-Builder.md
@@ -126,7 +126,7 @@ to this:
 private static final String TFOD_MODEL_FILE = "/sdcard/FIRST/tflitemodels/CenterStage.tflite";
 ```
 
-Later, you can change this filename to the actual name of your custom TFOD model such as `myCustomModel.tflite`.  Here we are using the default (white Pixel) model just downloaded.
+Later, you can change this filename to the actual name of your custom TFOD model.  Here we are using the default (white Pixel) model just downloaded.
 
 =========
 
@@ -178,10 +178,10 @@ Uncomment two Builder lines, circled above in green:
 
 These Builder settings tell the TFOD Processor which model and labels to use for evaluating camera frames.
 
-<i>**That's it!**</i> You are ready to test this Sample OpMode.
-
 <i>**Android Studio** users should instead uncomment the line `.setModelAssetName(TFOD_MODEL_ASSET)`.</i>
 
+<i>**That's it!**</i> You are ready to test this Sample OpMode.
+
 <p align="right"><i>[[Return to Top|https://github.com/FIRST-Tech-Challenge/FtcRobotController/wiki/TFOD-Sample-OpMode-with-Java-Builder]]</i><p>
 
 ## Preliminary Testing
@@ -226,7 +226,7 @@ For a larger view, right-click the image to open in a new browser tab.
 
 During the INIT stage (before DS START is touched), this OpMode calls a **method to initialize** the TFOD Processor and the FTC VisionPortal.  After DS START is touched, the OpMode runs a continuous loop, calling a **method to display telemetry** about any TFOD recognitions.  The OpMode also contains three optional features to remind teams about **CPU resource management**, useful in vision processing.
 
-You've already seen the first part of the method `initTfod()` which uses a streamlined, or "chained", sequence of builder commands to create the TFOD Processor.
+You've already seen the first part of the method `initTfod()` which uses a streamlined, or "chained", sequence of Builder commands to create the TFOD Processor.
 
 The second part of that method uses regular, non-chained, Builder commands to create the VisionPortal.