2) Using the Arduino board design a home security system. The system shall have 4 Draw the necessary hardware with the Arduino pins it will be connected to. Use one LED for the following conditions: When the system is NOT enabled (armed) an LED should blink at a frequency of 0.2 Hz. When the system is enabled (armed) an LED should blink at a frequency of 1 Hz When the system is alarming (enabled AND a sensor has been tripped) an LED should be ON constantly. Write the software code to control the system. The code should be separated into 3 sections: 1) Initialize 2) setup() 3) loop() 2) Using the Arduino board design a home security system. The system shall have 4 Draw the necessary hardware with the Arduino pins it will be connected to. Use one LED for the following conditions: When the system is NOT enabled (armed) an LED should blink at a frequency of 0.2 Hz. When the system is enabled (armed) an LED should blink at a frequency of 1 Hz When the system is alarming (enabled AND a sensor has been tripped) an LED should be ON constantly. Write the software code to control the system. The code should be separated into 3 sections: 1) Initialize 2) setup() 3) loop()