Problem The program given below implements a general$-$purpose delay loop. The clock frequency of the Arduino microcontroller that is running the program is f$=20$ MHz$,$ and the number of clock cycles for each instruction is given. Assume that the value of the variable Repetitions can be any integer number between $1$ and $32767.$

int Count$1=$Repetitions; $/5$ clock Cycles

While $($Count$1>=0)/15$ clock Cycles

$\{$ int A$=0$; $/5$ clock Cycles

Int A$+=1$; $/10$ clock Cycles

Int A$-=1$; $/10$ clock Cycles

Count$1=$ Count$1-1$; $/10$ clock Cycles

$\}$

For the following questions write all your calculations on the space provided

i$.$ Which is the clock period?

ii$.$ Which is the Minimum delay that can be implemented by the general purpose delay loop?

iii. Which is the maximum delay that can be implemented by the general purpose delay?

iv$.$ Which value should be the Count$1$ in order to measure a $2$ second delay?

v$.$ If Count$1=1000,$ What will be the delay implemented $?$

vi$.$ If the type for the variable Repetitions is changed to byte what would be the value of the maximum delay that can be implemented?