Please can someone help solve this!!!

STUDENT NUMBER IS 101143850

Assume that the 2 least siginificant digits of your student ID are hexadecimal. Convert these two digits to binary and label the bits as b7, b6, 65, 64, 63, b2, bi, bo. Obtain the binary value given by C3C2C1Co = b7b6b5b4 + b3b2b1bo. (Drop the carry bit if any). Convert C3C2C1Co to hexadecimal. Denote the hexadecimal value by Z. Now consider the following register and memory values, determine the contents of MAR, MDR, IR, T1, T2, IR, RO, R1, R2, R3, R4, and R15 in the states: FO, F1, F2, F3 (Decode), EO, El and E2. You will need the operations table and the format of the IR register to answer this question. Put your results in a table format. Only record values of the registers when they change. Register Value Memory Address Value RO (0x0000 000Z)+0xF Ox0000 0000 Ox0101 1000 R1 (0x0000 000Z)+OXE Ox0000 0001 Ox0101 2000 R2 (0x0000 000Z) +0xD 0x0000 0002 Ox0101 3000 R3 (Ox0000 000Z)+OxC Ox0000 0003 Ox0101 4000 R4 (0x0000 000Z)+OxB Ox0000 0004 Ox0111 1000 R5 (0x0000 000Z)+OxA Ox0000 0005 Ox0111 2000 (0x0000 000Z)+0x9 0x0000 0006 Ox0111 3000 R7 (0x0000 000Z+0x8 Ox0000 0007 Ox0111 4000 R8 (0x0000 000Z+0x7 Ox0000 0008 Ox0121 1000 R9 (0x0000 000Z)+0x6 Ox0000 0009 Ox0121 2000 R10 (0x0000 000Z)+0x5 Ox0000 000A Ox0121 3000 R11 (0x0000 000Z)+0x4 Ox0000 000B Ox0121 4000 R12 (0x0000 000Z)+0x3 Ox0000 0000 Ox0122 1000 R13 (0x0000 000Z)+0x2 Ox0000 000D Ox0122 2000 R14 (0x0000 000Z)+0x1 Ox0000 000E Ox0122 3000 R15 Ox0000 000Z Ox0000 000F Ox0122 4000 R6 Assume that the 2 least siginificant digits of your student ID are hexadecimal. Convert these two digits to binary and label the bits as b7, b6, 65, 64, 63, b2, bi, bo. Obtain the binary value given by C3C2C1Co = b7b6b5b4 + b3b2b1bo. (Drop the carry bit if any). Convert C3C2C1Co to hexadecimal. Denote the hexadecimal value by Z. Now consider the following register and memory values, determine the contents of MAR, MDR, IR, T1, T2, IR, RO, R1, R2, R3, R4, and R15 in the states: FO, F1, F2, F3 (Decode), EO, El and E2. You will need the operations table and the format of the IR register to answer this question. Put your results in a table format. Only record values of the registers when they change. Register Value Memory Address Value RO (0x0000 000Z)+0xF Ox0000 0000 Ox0101 1000 R1 (0x0000 000Z)+OXE Ox0000 0001 Ox0101 2000 R2 (0x0000 000Z) +0xD 0x0000 0002 Ox0101 3000 R3 (Ox0000 000Z)+OxC Ox0000 0003 Ox0101 4000 R4 (0x0000 000Z)+OxB Ox0000 0004 Ox0111 1000 R5 (0x0000 000Z)+OxA Ox0000 0005 Ox0111 2000 (0x0000 000Z)+0x9 0x0000 0006 Ox0111 3000 R7 (0x0000 000Z+0x8 Ox0000 0007 Ox0111 4000 R8 (0x0000 000Z+0x7 Ox0000 0008 Ox0121 1000 R9 (0x0000 000Z)+0x6 Ox0000 0009 Ox0121 2000 R10 (0x0000 000Z)+0x5 Ox0000 000A Ox0121 3000 R11 (0x0000 000Z)+0x4 Ox0000 000B Ox0121 4000 R12 (0x0000 000Z)+0x3 Ox0000 0000 Ox0122 1000 R13 (0x0000 000Z)+0x2 Ox0000 000D Ox0122 2000 R14 (0x0000 000Z)+0x1 Ox0000 000E Ox0122 3000 R15 Ox0000 000Z Ox0000 000F Ox0122 4000 R6