Part a) Show the I2C transmission when the master reads from I2C address 0x22. The data read is 0xCD67 (MSB sent first). Part b) Show the I2C transmission where the master writes 0x5678 (MSB sent first) to I2C address 0x33.
Part c) Show the I2C transmission where the master reads from register 0xCD on I2C address 0xEF. The data read is 0x6789 (MSB sent first).
Part d) Show the I2C transmission where the master writes to register 0x12 on I2C address 0x34. The data written is 0xABCD (MSB sent first).

Design a payroll class with the following fields: • name: a string containing the employee's name • idnumber: an int representing the employee's id number • rate: a double containing the employee's hourly pay rate • hours: an int representing the number of hours this employee has worked the class should also have the following methods: • constructor: takes the employee's name and id number as arguments • accessors: allow access to all of the fields of the payroll class • mutators: let the user assign values to the fields of the payroll class • grosspay: returns the employee's gross pay, which is calculated as the number of hours worked times the hourly pay rate. write another program that demonstrates the class by creating a payroll object, then asking the user to enter the data for an employee in the order: name, id number, rate, hours. the program should then print out a statement in the following format (for example, if you had an employee named chris jacobsen with id number 11111, who works for 5 hours at $10/hr): chris jacobsen, employee number 11111, made $50.00 in gross pay. using text forming so that the gross pay is rounded to two decimal places.