here is part d

e) Create a C function that converts the timer count from part (d) to Month (1-12), day, hours, minutes and sec. Remember the count of days starts at 1 not 0 (i.e. January 1" is Month 1 Day 1). Your code must be typed to be graded. Remember: Thirty days hath September, April, June and November . All the rest have thirty-one, all except the second one (i.c. Feb). Also remember that 2021 is not a leap year! d) How would you configure TimerA2 to implement a clock with one second resolution. Write a C code segment (including the TimerA2 setup and Timer A2 ISR) implementing a clock that saves its time (count) UTC style in one unsigned 32-bit integer. Your timer should generate interrupts only once per second. What clock source and maximum count values should you use? Do you need leap counting? Explain. e) Create a C function that converts the timer count from part (d) to Month (1-12), day, hours, minutes and sec. Remember the count of days starts at 1 not 0 (i.e. January 1" is Month 1 Day 1). Your code must be typed to be graded. Remember: Thirty days hath September, April, June and November . All the rest have thirty-one, all except the second one (i.c. Feb). Also remember that 2021 is not a leap year! d) How would you configure TimerA2 to implement a clock with one second resolution. Write a C code segment (including the TimerA2 setup and Timer A2 ISR) implementing a clock that saves its time (count) UTC style in one unsigned 32-bit integer. Your timer should generate interrupts only once per second. What clock source and maximum count values should you use? Do you need leap counting? Explain