varl: : For the following code data. .word Ox682549EF, 4 char: byte 2, var2: word OxFAD3 "strl: asciiz bf TO Show the contents of each byte of the allocated memory, in hexadecimal, for the data definitions, and record them in table 1 below. Also when entering characters, use their ASCII hexadecimal codes (a=0x61, b=0x62, c=0x63, d=0x64, e=0x65 f=0x66.g=0x67) Use the little endian format for word and half- word : Fill the table below Ox10010000 Ox10010001 Ox10010002 Ox10010003 Ox 10010004 . Ox1001000A 0x1001000B Ox10010000 Ox1001000D Ox1001000E Ox1001000F Ox10010010 Ox 10010011 Ox10010012 0x100 10014 Ox10010000 Ox10010001 Ox10010002 7 Ox10010003 Ox10010004 Ox10010005 Ox10010006 Y 0x10010007 7 Ox 10010008 0x10010009 Ox 1001000A varl: : For the following code data. .word Ox682549EF, 4 char: byte 2, var2: word OxFAD3 "strl: asciiz bf TO Show the contents of each byte of the allocated memory, in hexadecimal, for the data definitions, and record them in table 1 below. Also when entering characters, use their ASCII hexadecimal codes (a=0x61, b=0x62, c=0x63, d=0x64, e=0x65 f=0x66.g=0x67) Use the little endian format for word and half- word : Fill the table below Ox10010000 Ox10010001 Ox10010002 Ox10010003 Ox 10010004 . Ox1001000A 0x1001000B Ox10010000 Ox1001000D Ox1001000E Ox1001000F Ox10010010 Ox 10010011 Ox10010012 0x100 10014 Ox10010000 Ox10010001 Ox10010002 7 Ox10010003 Ox10010004 Ox10010005 Ox10010006 Y 0x10010007 7 Ox 10010008 0x10010009 Ox 1001000A