Problem 3: The hexadecimal number table is below (the hexadecimal numbers generally begin with "Ox"); Hex Ox0 Ox1 Binary 0000 0001 0010 0011 Hex Ox4 Ox5 Ox6 Ox7 Binary 0100 0101 0110 0111 Hex Ox8 Ox9 OxA OxB Binary 1000 1001 1010 1011 Hex Oxc OxD OxE OxF Binary 1100 1101 1110 Ox2 Ox3 1111 Consider two variants of the MIPS processor: Var A has memory arranged in Little Endian while Var B has it arranged in Big Endian. Part of memory is shown in sketch below. Address Ox00000111 Ox00000110 Ox0000010F Ox0000010E Ox0000010D Ox0000010C Ox0000010B Ox0000010A Ox00000109 Ox00000108 Ox00000107 Ox00000106 0x00000105 Ox00000104 Data Value Ox00 OxA0 0x89 Ox77 OxF1 OxEF OxBE 0x43 Ox SF OxA1 Ox2C Ox 34 Ox44 Ox56 a) Write MIPS language code that does the following for Var A processor (Assume register $s 8 contains 0x00000000): 1. Copies the data from memory location beginning in green slot and stores it in register $so. Show the contents of $50. 2. The register $80 is stored in memory location starting with blue slot. Show the final memory contents. Use only the instructions that we have so far learned in class (until Lecture 5). b) Repeat (a) for Var B processor Problem 3: The hexadecimal number table is below (the hexadecimal numbers generally begin with "Ox"); Hex Ox0 Ox1 Binary 0000 0001 0010 0011 Hex Ox4 Ox5 Ox6 Ox7 Binary 0100 0101 0110 0111 Hex Ox8 Ox9 OxA OxB Binary 1000 1001 1010 1011 Hex Oxc OxD OxE OxF Binary 1100 1101 1110 Ox2 Ox3 1111 Consider two variants of the MIPS processor: Var A has memory arranged in Little Endian while Var B has it arranged in Big Endian. Part of memory is shown in sketch below. Address Ox00000111 Ox00000110 Ox0000010F Ox0000010E Ox0000010D Ox0000010C Ox0000010B Ox0000010A Ox00000109 Ox00000108 Ox00000107 Ox00000106 0x00000105 Ox00000104 Data Value Ox00 OxA0 0x89 Ox77 OxF1 OxEF OxBE 0x43 Ox SF OxA1 Ox2C Ox 34 Ox44 Ox56 a) Write MIPS language code that does the following for Var A processor (Assume register $s 8 contains 0x00000000): 1. Copies the data from memory location beginning in green slot and stores it in register $so. Show the contents of $50. 2. The register $80 is stored in memory location starting with blue slot. Show the final memory contents. Use only the instructions that we have so far learned in class (until Lecture 5). b) Repeat (a) for Var B processor