a)
Memory Table :-
0x10010000 -
0x10010001 -
0x10010002 -
0x10010003 -
0x10010004 - 0xab
0x10010005 - 0xcd
0x10010006 - 0x78
0x10010007 - 0x56
0x10010008 - 0x34
0x10010009 - 0x12
0x1001000A - \0
0x1001000B - \0
0x1001000C - p
0x1001000D - @
0x1001000E - 0xbc
0x1001000F - 0x09
0x10010010 -
0x10010011 -
0x10010012 -
0x10010013 -
0x10010014 -
0x10010015 -
0x10010016 -
0x10010017 -
b)
Output will be :- \0\0p@
2. Review following MIPS code executed within MARS. .data 0x10010004 var a: .byte 0xab 0xcd var b: .word 0x12345678 var_c: .asciiz "1ONOpe" 0 is NULL character var_d: .half 0x9abc .text m...
2. Review following MIPS code executed within MARS. .data 0x10010004 var a: .byte 0xab 0xcd var b: .word 0x12345678 var_c: .asciiz "1ONOpe" 0 is NULL character var_d: .half 0x9abc .text main: 1i $v0, 2 # prints floating point stored in f12 lwo1 $f12, var-c # loads 32-bits from address 'va ret into Sf12 Byscal1 a. Fill out memory table assuming little endian convention. Keep enry blank if corresponding address is not filled by data statement. [3pts] b. What will be...