Suppose ro = 0x20000000 and r1 = OxAB34CD78. All bytes in memory are initialized to 0x00. Suppose the following assembly program has run successfully (the instructions run sequentially). Draw a table to show the memory value if the processor uses little endian. Use only capital letters when writing the hex values below. 1. STR r1, [ro], #4 2. STR r1,[ro, #4]! 3. STR r1,[ro, #4] After instruction 1: r0 = 0x ;r1 = Ox After instruction 2:r0 = 0x ;r1 = Ox After instruction 3:r0 = 0x r1 = Ox 0x20000000 Ox Ox20000008 Ox Ox20000001 Ox 0x20000009 Ox Ox20000002 Ox 0x2000000A Ox Ox20000003 Ox Ox2000000B 0x Ox20000004 Ox Ox2000000C Ox 0x20000005 0x 0x2000000D OX Ox20000006 Ox Ox2000000E OX Ox20000007 Ox 0x2000000F OX Suppose ro = 0x20000000 and r1 = OxAB34CD78. All bytes in memory are initialized to 0x00. Suppose the following assembly program has run successfully (the instructions run sequentially). Draw a table to show the memory value if the processor uses little endian. Use only capital letters when writing the hex values below. 1. STR r1, [ro], #4 2. STR r1,[ro, #4]! 3. STR r1,[ro, #4] After instruction 1: r0 = 0x ;r1 = Ox After instruction 2:r0 = 0x ;r1 = Ox After instruction 3:r0 = 0x r1 = Ox 0x20000000 Ox Ox20000008 Ox Ox20000001 Ox 0x20000009 Ox Ox20000002 Ox 0x2000000A Ox Ox20000003 Ox Ox2000000B 0x Ox20000004 Ox Ox2000000C Ox 0x20000005 0x 0x2000000D OX Ox20000006 Ox Ox2000000E OX Ox20000007 Ox 0x2000000F OX