instructions fixed

app.py

@@ -98,16 +98,13 @@ if __name__ == "__main__":
         with gr.Row():
             instructions = gr.Markdown("""
                 ## Instructions
-                * Based on this [example]() , write a MicroPython code that will light up a red LED connected to pin `21` for 3 seconds. Once the 3 seconds have elapsed, make this LED blink every second (1 second off, then 1 second on) indefinitely!
-                
-                ![Level crossing lights](/gradio_api/file=/assets/blink.gif)
-                
-                * You can use the [Vittascience simulator](https://fr.vittascience.com/esp32/?mode=code&console=bottom&toolbox=scratch&simu=1&board=basic-esp32) to test your code.
-                * Copy and paste your code into the code editor on the right.
-                * Click the 'Grade' button to get a grade and feedback.
-                * If you are not satisfied with your grade, you can improve your code and click the 'Grade' button again.
-                * You can click the 'Grade' button as many times as you want.
-            """)
+                1. Based on the examples you've seen so far, write a MicroPython code that follows the instructions above.                
+                2. You can use the [Vittascience simulator](https://fr.vittascience.com/esp32/?mode=code&console=bottom&toolbox=scratch&simu=1&board=basic-esp32) to test your code.
+                2. Click the "Grade" button to get a grade and feedback.
+                3. Make sure your code is well-structured and efficient.
+                4. When you're happy with your code, please upload your solution below to get graded.
+                6. Good luck!
+            """, container=True)
             code = gr.Code(label="MicroPython code", language="python", value='import machine\n\n# Your code here', lines=24)
         with gr.Row():
             feedback_output = gr.Textbox(label="Feedback", value="Click on the 'Grade' button to get feedback", interactive=False, scale=4)