4) (12 points) Suppose the following inputs (in hexadecimal) are applied to the 32-bit shift unit shown below. Determine the output of the shift unit (in hexadecimal). You may assume the "su en" (shift unit enable) is 1 to allow the shift unit to output a result. 32-bit value 32-bit value + X32 | 32 - Distance of shift to shift A 32 (signed #) A V B +'ive = right shift -ive = left unit Lenable St Pas Shift type Enable unit (1) 0 = logical or disable unit (0) 1 = arithmetic 2 = rotate \ F. 32 ) Output Shift Type (st) A (input value to shift) B (distance of shift) Ob10 Ox2C8EFC62 OxFFFFFFFC Ob01. Ox2C8EFC62 Ox00000014 Ob00 Ox2C8EFC62 Ox00000010 Ob00 Ox2C8EFC62 OxFFFFFFFB 4) (12 points) Suppose the following inputs (in hexadecimal) are applied to the 32-bit shift unit shown below. Determine the output of the shift unit (in hexadecimal). You may assume the "su en" (shift unit enable) is 1 to allow the shift unit to output a result. 32-bit value 32-bit value + X32 | 32 - Distance of shift to shift A 32 (signed #) A V B +'ive = right shift -ive = left unit Lenable St Pas Shift type Enable unit (1) 0 = logical or disable unit (0) 1 = arithmetic 2 = rotate \ F. 32 ) Output Shift Type (st) A (input value to shift) B (distance of shift) Ob10 Ox2C8EFC62 OxFFFFFFFC Ob01. Ox2C8EFC62 Ox00000014 Ob00 Ox2C8EFC62 Ox00000010 Ob00 Ox2C8EFC62 OxFFFFFFFB