3. This exercise explores the 32-bit constants in MIPS a) What is the value in register $tO after each of the following two-instruction sequences executes? i)ui Sto. 0x1234 addi $to. $t0. 0x5678 11) lui $to. 0x1234 andi $to. $to. 0x5678 Parts b through e will refer to the table of values below. 0010 0000 0000 0001 0100 1001 0010 0100two ii)0000 1111 1011 1110 0100 0000 0000 0000t b) Write the assembly code that writes (stores) the given 32-bit constant values in register t1 c) Assume the current value in PC is 0x0000 0000, and 32-bit constants given in the table are memory addresses. Is it possible to use a single jump instruction to jump to either of the two memory addresses given in the table? Explain Assume the current value in PC is 0x0000 0600, and 32-bit constants given in the table are memory addresses. Is it possible to use a single branch instruction to jump to either of the two memory addresses given in the table? Explain Assume the current value in PC is 0x1FFF F000, and 32-bit constants given in the table are memory addresses. Is it possible to use a single branch instruction to jump to either of the two memory addresses given in the table? Explain d) e) 3. This exercise explores the 32-bit constants in MIPS a) What is the value in register $tO after each of the following two-instruction sequences executes? i)ui Sto. 0x1234 addi $to. $t0. 0x5678 11) lui $to. 0x1234 andi $to. $to. 0x5678 Parts b through e will refer to the table of values below. 0010 0000 0000 0001 0100 1001 0010 0100two ii)0000 1111 1011 1110 0100 0000 0000 0000t b) Write the assembly code that writes (stores) the given 32-bit constant values in register t1 c) Assume the current value in PC is 0x0000 0000, and 32-bit constants given in the table are memory addresses. Is it possible to use a single jump instruction to jump to either of the two memory addresses given in the table? Explain Assume the current value in PC is 0x0000 0600, and 32-bit constants given in the table are memory addresses. Is it possible to use a single branch instruction to jump to either of the two memory addresses given in the table? Explain Assume the current value in PC is 0x1FFF F000, and 32-bit constants given in the table are memory addresses. Is it possible to use a single branch instruction to jump to either of the two memory addresses given in the table? Explain d) e)