Explain the term masking. How is it useful for data representation? Explain the concept using an example For a floating-point format with a k -bit exponent and an n -bit fraction, give a formula for the smallest positive integer that cannot be represented exactly (because it would require an n + 1 –bit fraction to be exact).

Q: Consider a 6-bit two's complement representation. Fill in the box with question mark "?" in the…

A: What is 6 bit two's complement? So the answer is below:   In two's complement, the sign of the…

Q: What does the Huffman code for a series of only two-character symbols look like? Give an example of…

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Q: Consider a 7-bit floating-poin representation based on IEEE floating-point format. This format does…

A: the solution is an given below : 69,929 answers I) 7-bit 1) e           0 E           -3 2^E…

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A: The Computer will represents the numbers : 100.0 Convert the number 100.0 in Binary I.e 10010 =…

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Q: Writing left to right, draw a number line representing the integers ranging from from 4 to 7. (a)…

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Q: Write a program that finds the number of 1s in a 16-bits data.

A: a program that finds the number of 1s in a 16-bits data.

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Q: Give me 5 examples of binary representation

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Q: please solution with explain Question 4: What will be the final result in memory, the shown…

A: Answer: I have given answered in the handwritten format in brief explanation.

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Q: You need to show detail work on how you get the answer. Dont use answers from other websites…

A: the answer is given below:-

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A: Here is the solution for the above one:

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A:

Q: (c) What is the largest number that can be represented by a 9-bit number with 1's-complement?, c).

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A: The solution for the above given question is given below:

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A: The Answer start from step-2.

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A: I have Provided this answer with full description in step-2.

Q: Write the binary resolution rule, and then prove the rule.

A: Write the binary resolution rule, and then prove the rule.

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Random Access

Random access is generally known as direct access. Random access is the capability to have access to any item from a given population of elements at random. Sequential access is the direct opposite of random access. In random access, the elements can be retrieved irrespective of the location. In order to move from point A to Z,  you can just jump to point Z in random access system. The disk is an example of random access.