Task: 1. Create a new program with a setup(), loop() and MyCallback() function. 2. Create a global variable called counter that keeps track of how many times the MyCallback() function has been called. Make sure to edit the MyCallback() function to increment this variable. 3. Initialize the callback in setup using the MsTimer2::set and start functions. 4. Initialize the serial port in setup() and then print out the global variable you create in Step 2 from the loop() every 100 ms. You should be seeing that the counter is inching by about 100 counts every 100ms because the timer is set to be called every 1 millisecond. 7/include the library in your program #include // the period (in ms) for each fall if the ISR int interrupt_period = 1; void myCallback() { // insert the code you want executed in this function } int counter; void setup() { // setup the internal interrupt MsTimer2: :set(interrupt_period, Mycallback); //start the timer MsTimer2: :start(); } void loop() { } Task: 1. Create a new program with a setup(), loop() and MyCallback() function. 2. Create a global variable called counter that keeps track of how many times the MyCallback() function has been called. Make sure to edit the MyCallback() function to increment this variable. 3. Initialize the callback in setup using the MsTimer2::set and start functions. 4. Initialize the serial port in setup() and then print out the global variable you create in Step 2 from the loop() every 100 ms. You should be seeing that the counter is inching by about 100 counts every 100ms because the timer is set to be called every 1 millisecond. 7/include the library in your program #include // the period (in ms) for each fall if the ISR int interrupt_period = 1; void myCallback() { // insert the code you want executed in this function } int counter; void setup() { // setup the internal interrupt MsTimer2: :set(interrupt_period, Mycallback); //start the timer MsTimer2: :start(); } void loop() { }