We are running programs where values of type int are 32 bits. They are represent

Question

We are running programs where values of type int are 32 bits. They are represented in two'2 complement, and they are right shifted arithmetically. Values of type unsigned are also 32-bits. We are generating arbitrary vlayes x and y, and converting them to unsigned values as follows:/* Create some arbitrary vlayes */int x = random(); int y = random();/* Convert to unsigned */unsigned ux = (unsigned) x; unsigned uy = (unsigned) y; For each of the following C expressions, you are to indicate whether or not the expression always yields 1. If it always yields 1, describe the underlying mathematical principles. Otherwise, give an example of arguments that make it yield theta.

Explanation / Answer

Ans)

A:-False,i.e 1>INT_MIN != -1<-INT_MIN.

B:-True,Suffice multiple distribution.

C:-False.~(1100)+ ~(1100) !=~(11000)

D:-True.Unsigned and sign numeral bit pattern is completely identical.

E:-True.Arithmetically shift right clear the least significant bit,even numeral is not changed,but old numeral decreasing 1.

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