A system using segmentation provides the segment below. Compute of the logical addresses. If the address generates a segment fault, indicate so a. 0, 323 b. 1, 856 c. 2, 234 d. 3, 1009 e. 2, 533 physical ad Length 400 900 Segment Base 1311 2711 411 1 500 1100 2 4211

Multiplication of Binary Numbers: 010110 x 111001

Provide the correct answers to each question

In this scheme, how many different numbers are representable and What is the largest number represented in this system? (Give your answer as a fraction in its lowest form.).,Finally What number represents 7/10 in this system?

How do you define a segment at an absolute address such as 40h?

Problem 1 Considering the floating-point number format used by the IBM System/360-370 series, determine the total number of different normalized numbers that the 32-bit version of this format can represent.

Consider the hex value 0x01494022 as representing one MIPS machine language instruction: Convert the hexadecimal value to 32 bit binary value. What is the operational code value (opcode) for this instruction? What is the name of the instruction with that opcode? What is the format of the instruction (R, I, or J)? Show the MIPS format of the instruction using the appropriate syntax?