follow the prompt. must be done in c programing and be compatible with thw arduino

Lab 8 Problems 1. Rotating LEDs a. The name of this program will be lab 8pl b. Change the position of the LED switches to the RED LEDS (pins 11, 9, 6, and 3) c. Write a program that lights one of the four RED LEDs. Each time a change occurs in the rotary encoder state, the lighted LED shifts position. If the encoder is moved to the right, then the lighted LED moves to the right (i.e., the current lighted LED is turned off and the LED to the right of that is turned on). If the encoder is moved to the left, then the lighted LED moves to the left. If the lighted LED is at the end, then the movement "wraps around", i.e., a circular rotation. Add some music. Choose four notes, e.g., the four notes below, each one corresponding to one of the red LEDs. d. #de fine NOTE E4 330 #de fine NOTE G4 392 #de fine NOTE A4 440 #de fine NOTE B4 494 Run the program. Show the results to the TA. Each student upload the source file to Canvas. TA Signature Date (0/1/2/3 points) Lab 8 Problems 1. Rotating LEDs a. The name of this program will be lab 8pl b. Change the position of the LED switches to the RED LEDS (pins 11, 9, 6, and 3) c. Write a program that lights one of the four RED LEDs. Each time a change occurs in the rotary encoder state, the lighted LED shifts position. If the encoder is moved to the right, then the lighted LED moves to the right (i.e., the current lighted LED is turned off and the LED to the right of that is turned on). If the encoder is moved to the left, then the lighted LED moves to the left. If the lighted LED is at the end, then the movement "wraps around", i.e., a circular rotation. Add some music. Choose four notes, e.g., the four notes below, each one corresponding to one of the red LEDs. d. #de fine NOTE E4 330 #de fine NOTE G4 392 #de fine NOTE A4 440 #de fine NOTE B4 494 Run the program. Show the results to the TA. Each student upload the source file to Canvas. TA Signature Date (0/1/2/3 points)