Given the following "Super Simple CPU" program:

$\backslash$table$[[,$LDI $6,$; Load $6$ into accumulator$],[,$SUB ONE,; Subtract the value in memory location ONE from$],[,,$accumulator$],[$ADD TWO,; Add the value in memory location TWO to accumulator,$],[$DONE STO ONE,; Store accumulator in memory location ONE,$],[,$STP$,$; Stop the program$],[$ONE$,$DAT $1,$; A data value, the constant $1],[$TWO$,$DAT $2,$; A data value, the constant $2]]$

a$.[4]$ Trace the code, write the values of Accumulator, Memory $($ONE$),$ and Memory $($TWO$)$ in a table $($sample table is shown below$),$ and record their changes after each instruction. Write a pseudocode thay performs rhe same program.