QUESTION $4$

Assume that the Instruction Pointer, EIP, contains ${96}_{10}$ and the assembly language representation of the instruction in memory at address ${96}_{10}$ is JB $175.$ If the flags are currently $CF=0,ZF=0$ and $SF=1$ what is the value of the EIP after the instruction executes?

QUESTION $5$

Assume that the instruction pointer, EIP, contains ${147}_{10}$ and the assembly language representation of the instruction in memory at address $1_{{47}_{10}}$ is JE $175.$ If the flags are currently $CF=1,ZF=1$ and $SF=1$ what is the value of the EIP after the instruction executes?

QUESTION $6$

Assume that the instruction pointer, EIP, initially contains ${85}_{10}$ and the assembly language representation of the instructions in memory starting at address ${85}_{10}$ is

$\backslash$table$[[$Instruction Address,Instruction$],[85,$SUB AL$,0$x$33],[86,$JMP $242]]$

Before the instruction sequence is executed, the flags are $CF=1,ZF=0$ and $SF=0$ and the Registers have the values $AL=033,BL=04DCL=0BE$ and $DL=03C.$ What is the value of the instruction pointer after the sequence executes?