Then compute the result of the code and write the result by specifying the register name $($$$\_\_\_)/$ memory address $(0$x$\_\_\_)$ modified by the last instruction and the corresponding hexadecimal value.

Register Name Register Value

$t$00$x$48$C$0$

$t$10$xD$000$B$0$C$0$

$s$00$x$4000$

$s$10$x$8000$

$s$20$xE$000$

$t$80$xDD

$t$90$xBC

Memory Address Memory Value

$0$x$80000$x$8000$

$0$x$80040$x$10$D$0$

$0$x$80080$x$84$

$0$x$800$C $0$xD$0$C$0$

$0$x$40000$xFF

$0$x$40040$xC

$0$x$40080$x$4000$

The last instruction of the given code modifies the register$/$memory

to the value $0$x

$.$

Note: The value should be hexadecimal $($do not write $0$x$)$ without any leading zeros.

Code:

lhu $t$2,12($$s$1)$

or $s$3,$ $t$9,$ $t$2$