Please could you show a screenshot of how you would connect these components on a breadboard at esp32 microcontroller; using TinkerCad. Please attach images const int waterDetectionSensor = 12; // Water detection sensor const int ultrasonicSensorTrigger = 13; // Ultrasonic sensor trigger pin const int ultrasonicSensorEcho = 14; // Ultrasonic sensor echo pin const int infraredSensor = 15; // Infrared proximity sensor const int buzzer = 16; // Buzzer const int vibratorMotor = 17; // Vibrator motor const int ledGreen = 18; // Green LED const int ledRed = 19; // Red LED const int toggleSwitch = 21; // Toggle switch const int powerJack = 22; // Power jack

The module test2 contains a pandas DataFrame colors with a list of colors along with their hexadecimal color codes and RGB channel values between 0 and 255 (i.e., the mixture of the basic colors red, green, and blue that gives the color). The first few entries look like this: color hex red channel green channel blue channel O dark sea green #8fbc8f 143 188 143 1 gray #808080 128 128 128 2 orange red #ff8c00 255 69 0 3 lime green 4 lavendar #32cd32 50 #e6e6fa 230 205 50 230 250 1. Take the original table, augment it by one column, "grayscale", and assign the new table to the variable colors_extra. The values of the grayscale column should be the grayscale values of the colors, i.e., the mean of their red, green, and blue channel values. 2. Define a second DataFrame mixed_color_table whose entries are mixtures of subsequent colors in colors, i.e., the first entry is the mixture of the first and second original color, the second entry is the mixture of the third and fourth original color,…

The sink contains two labels, the first label indicates its predecessor of the edge and the second label indicates the number of units we can change along the edges in the path. O True O False K