Detail the program execution instruction by instruction$($the program stops after executing the first STOP$).$ Detail what each stage of the Fetch$-$Decode$-$Execute cycle does for each instruction. Make sure to describe thoroughly how the system$($CPU and memory$)$ is or is not modified by each stage. Detail the program execution in the following way: for each instruction, give the assembly$-$like code of the instructions$($e$.$g "LOAD A$,[0101]"),$ and state what register and or memory values change. For instance, here is a simple answer$($which has nothing to do with the real answer$)$: $1.$ PRINT $[0100]$ : print $\text{'}$R$\text{'}2.$ LOAD A$,[0101]$ : set the value of A to $01010101(85$d$)3.$store b$,[0000]$ : set the value in RAM at address $0000$ to $77$d $4.$JE $[1111]$ : do not jump to instruction at address $1111.--------$ STOP :terminate$----$Hint: The program executes $6$ instruction, counting the last STOP instruction.