Review the following MicroPython code that reads the value from a potentiometer connected to

GPIO $34$

from machine import ADC, Pin # Import necessary modules for ADC and pin

control

from time import sleep # Import sleep for delayspotentiometer $=$ ADC$($Pin$(34))$

potentiometer.atten$($ADC$.$ATTN$\_11$DB$)$ # Set the attenuation for full range $(0-$

$3\mathrm{.}3$V$)$

while True:

pot$\_$value $=$ potentiometer.read$()$ # Read the potentiometer value $(0$ to

print$("$Potentiometer value:", pot$\_$value$)$ # Print the value to the console

sleep$(0\mathrm{.}5)$ # Wait for half a second before the next readingfron nachine import ADC, Pin

fron time inport sleep

potentioneter $=$ ADC$($Pin$(34))$ # Initialize ADC on GPI$034($analog pin$)$

potentioneter.atten$($ADC$.$ATTN$\_11$DB$)$ w Set the attenuation for full range $(0-3\mathrm{.}3$V$)$

while True:

pot$\_$value $=$ potentioneter,read$()$ # Read potentioneter value $(8$ to $4095)$

print$("$Potentioneter value:", pot$\_$value$)$

sleep$(0\mathrm{.}5)$

$|$

Potentiometer value: $576$

Potentiometer value: $576$

Botantiomatar valma: $576$

Q$1.$ Modify the code to include an LED that turns on when the potentiometer value is above $2000.$

Ensure to add the necessary code to initialize the LED and control its state based on the potentiometer. Implementantion in wowki