$2\mathrm{.}40<mi></mi>$$$2\mathrm{.}6,2\mathrm{.}10>$

Suppose that the current value of the PC is $000000000.$

What is the largest $($forward$)$ instruction address that a single jump instruction

can get to$?$

Answer $=0x$

What is the smallest $($backward$)$ instruction address that a single jump instruction

can get to$?$

Answer $=$ Ox

Note that the answer has to exactly $8$ hexadecimal digits, including any possible

leading zeros.

Letter digits have to be upper case$\mathrm{.}2\mathrm{.}40<mi></mi>$$$2\mathrm{.}6,2\mathrm{.}10>$

Suppose that the current value of the PC is $000000000.$

What is the largest $($forward$)$ instruction address that a single jump instruction

can get to$?$

Answer $=0x$

What is the smallest $($backward$)$ instruction address that a single jump instruction

can get to$?$

Answer $=$ Ox

Note that the answer has to exactly $8$ hexadecimal digits, including any possible

leading zeros.

Letter digits have to be upper case.