Consider the AVR Assembly program provided in problem $1$ implemented on an ATmega$328$PB with a $16MHz$ clock.

$($a$)$ How many clock cycles will be used to complete execution of the program up to$,$ but not including, the instruction labeled END? Don't include the initial fetch in your total, and clearly indicate the number of cycles per instruction and how you calculated the total.

$($b$)$ How much time will will be used to complete execution of the program up to$,$ but not including, the instruction labeled END and not including the initial fetch? Clearly show the details of this calculation.

$($c$)$ How many locations are used in program $($flash$)$ memory to store the program's instructions?

$($d$)$ How many bytes are used in program $($flash$)$ memory to store the program's instructions?

$($e$)$ How many locations are used in SRAM to store data including that placed on the stack?

$($f$)$ How many bytes are used in SRAM to store data including that placed on the stack?

$($g$)$ Check your answers to the above parts using the AVR debugger$/$simulator in Microchip Studio and include supporting snapshots of program memory, SRAM, number of clock cycles and elapsed$/$total time.