Binary Bits

Related BrainMass Solutions

• Destination Address & Data Field

  , 32 Bits ------------------------------------------------------ Now, we are given hexadecimal bytes. 1 hex. bit = 4 binary bits 2 hex bits = 8 binary bits = 1 binary byte.

• Multiplexer Conversion

  Given the following information: 1. 1024 words (1K) 16 bits/word 8 bits/byte How many bytes are available? _______ 4.

• Data Types

  b. with this number of bits, what is the largest positive number you can represent? (Answer in decimal and binary) c. with this number of bits, what is the largest unsigned number you can represent ?

• Addition of two numbers in IEEE 754 format

  the exponent and the next 23 bits are showing the mantissa.

• Why Hexadecimal, Octal and Binary?

  Conversion between binary and decimal is slow, whereas octal and hex allow immediate conversion to and from binary. Hexadecimal system groups binary bits into groups of 4 (starting from the right).

• mod-5 and Boolean Functions

  If we require "dummy" bits to make sure that the number of binary bits divides by 4 we can add zeroes to the left side of the binary number (MSB - most significant bit).

• Data Conversion (8-bits to decimal)

  258084 Data Conversion (8-bits to decimal) Q1) Using 5 bits to represent each number, write the representation of 7 and -7 in 1's complement, signed magnitude, and 2's complement integers.

• IEEE 754 floating point number addition

  binary.

• Data Transfer Rate

  Here are calculations: 16-bit bus * 2 Mhz (2,000,000) = 32,000,000 bits/s = 4,000,000 bytes/s = 3906.25 KB/s = 3.814MB/s When talking about stored data, they use the binary system.