than the underscore character, what distinguishes the various unsigned binary fo

Other than underscores, what are the distinctions between the unsigned binary formats?

How does the ALU handle binary addition and subtraction operations? Provide a step-by-step explanation.

Floating-Point Representation. What is the floating-point value for binary 4. a) 11000010100000 using the simple model (14-bit format, 5 bits for the exponent with a bias 15, a normalized significand of 8 bits, and a single sign bit for the number)?

Apart from the underscores, what distinguishes each of the unsigned binary formats?

How much does the performance of various encoding techniques differ from one another? Which one is now the most important, and what accounts for this shift?

To what extent do different encoding methods perform differently? For what reason does one currently predominate?

Add the binary numbers 0b01011000 and 0b00111100 and give the 8-bit binaryresult. Convert each of the three values (include result) to decimal assuming both unsigned and two’s complement signed. Circle any decimal results that are incorrect.  Thank you!

To illustrate, think about the 127-bit binary BCH code that uses the 128-bit binary field extension F 128 to achieve a distance of 6. How big is the code, and is there a minimum separation you can promise?

When bit stuffing is used, is it possible for the loss, insertion, or modification of a single bit to cause an error not detected by the checksum? If not, why not? If so, how? Does the checksum length play a role here? Please elaborate the Answer ?