Please take your time and answer carefully, I will rate positive for you

BELOW IS a solved example of "Little endian" with a a bit different code you can use it as a guide :)

2.(4 points) Consider a Big-Endian system. Given that the base address of an array is stored in register Ss5, and the size of each element is one word. What is the value of $t1 after the following instruction is executed? lw $t1, 16($55) OxA1 OxA1 Ox15 $55 - Ox11 Ox11 Ox14 Ox18 | OxiC Ox15 Ox31 0x41 Ox19 Ox14 Ox16 Ox21 0x25 memory Ox12 Ox12 Ox16 Ox1A Ox15 Ox21 Ox32 0x36 Ox13 Ox13 Ox17 Ox1B 0x16 0x22 Ox33 0x37 2. (1 point) Consider a Little Endian system. Given that the base address of an array is stored in register $55, and the size of each element is one word. What is the value of $t1 after the following instruction is executed? memory Ox11 OxA1 Ox12 Ox13 lw $t1, 4($55) 0x11 OxA1 Ox12 Ox13 Ox14 Ox15 Ox16 Ox17 $55 - Ox18 Ox19 Ox1A Ox1B OxiC Ox14 Ox15 Ox16 Ox15 Ox16 Ox21 0x31 0x21 Ox32 Ox33 Ox41 Ox25 0x36 0x37 0x22 Solution: Little Endian: stores LSB in the lowest address The value of $t1 is 0x1615141C 2.(4 points) Consider a Big-Endian system. Given that the base address of an array is stored in register Ss5, and the size of each element is one word. What is the value of $t1 after the following instruction is executed? lw $t1, 16($55) OxA1 OxA1 Ox15 $55 - Ox11 Ox11 Ox14 Ox18 | OxiC Ox15 Ox31 0x41 Ox19 Ox14 Ox16 Ox21 0x25 memory Ox12 Ox12 Ox16 Ox1A Ox15 Ox21 Ox32 0x36 Ox13 Ox13 Ox17 Ox1B 0x16 0x22 Ox33 0x37 2. (1 point) Consider a Little Endian system. Given that the base address of an array is stored in register $55, and the size of each element is one word. What is the value of $t1 after the following instruction is executed? memory Ox11 OxA1 Ox12 Ox13 lw $t1, 4($55) 0x11 OxA1 Ox12 Ox13 Ox14 Ox15 Ox16 Ox17 $55 - Ox18 Ox19 Ox1A Ox1B OxiC Ox14 Ox15 Ox16 Ox15 Ox16 Ox21 0x31 0x21 Ox32 Ox33 Ox41 Ox25 0x36 0x37 0x22 Solution: Little Endian: stores LSB in the lowest address The value of $t1 is 0x1615141C