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Remove shorting B1 tip
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content/micropython-course/course/02.installation/installation-tools.md

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@@ -33,15 +33,7 @@ First, [download the app here](https://labs.arduino.cc/en/labs/micropython). It
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If you're on macOS, move the application to your **Applications** folder.
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**2. Put the Board in Bootloader Mode**
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Before we can install MicroPython, we need to place our board in a "bootloader" mode as we call it. This will make it possible to send a new firmware to it.
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Connect your board to your computer, and connect B1 to GND with a jumper wire, tweezers, or something else metallic you have handy. Once you see a green light on the board, press the reset button on the board. If you remove the connection between B1 and GND, you should see a dim purple light if this step was successful. If not, then try again.
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![Bootloader Mode](./assets/bootloader.png)
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**3. Download the Firmware Installer**
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**2. Download the Firmware Installer**
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The **Firmware Installer** program will help install MicroPython on your board.
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If you're on macOS, move the application to your **Applications** folder.
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**4. Flash Firmware**
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**3. Flash Firmware**
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Now open the Firmware Installer tool, select the Arduino Nano ESP32, and press **"Install MicroPython"**. Wait for the installer to do its magic and after some seconds, we are ready to go!
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![Installer with Board Selected](./assets/installer.png)
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If the installer doesn't find the MicroPython firmware automatically, you can download it manually from [here](./assets/nanoesp32_micropython.bin)
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**5. Connect your Code Editor and Board**
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**4. Connect your Code Editor and Board**
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In the Arduino Lab for MicroPython app, press **connect** in the top left corner and choose the serial port that comes up. This is your Nano ESP32.
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![Connect to your Board](./assets/connect.png)
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**6. Verify**
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**5. Verify**
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Now, to verify things are working as they should, copy the script script below into your `main.py` file, and run it by clicking the **"Run"** button.
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