Method definition of rightrot(x,n): /function definition of right rot/ unsignedint rightrot(unsignedint x,unsignedint n) { /loop till the bit positions/ while(n>0) { /condition to rotate each bit by one position./ if(x&1) { x =(x >>1)|~(~0U>>1); } else { x =(x >>1); } n--; } return x; } Program Plan- Initialize the header files and main() function. To define the function rightrot(x, n) to rotate x right by n bits. Finally prints the value of x.. Summary Introduction- The program displays the x value after rotating it right by n bits. Program Description- The purpose of the program is todefine the function rightrot(x, n) to return x with the n bits rotated towards right.

Question

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Answer 1

Question

Chapter 2, Problem 8E

Program Plan Intro

Method definition of rightrot(x,n):

/*function definition of right rot*/
unsignedint rightrot(unsignedint x,unsignedint n)
{

/*loop till the bit positions*/
while(n>0)
{
/*condition to rotate each bit by one position.*/
if(x&1)
{
 x =(x >>1)|~(~0U>>1);
}
else
{
 x =(x >>1);
}
 n--;
}

return x;
}

Program Plan-

Initialize the header files and main() function.
To define the function rightrot(x, n) to rotate x right by n bits.
Finally prints the value of x..

Summary Introduction- The program displays the x value after rotating it right by n bits.

Program Description- The purpose of the program is todefine the function rightrot(x, n) to return x with the n bits rotated towards right.

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Q6. Write a function that takes an unsigned integer andreturns the number of '1' bits it has(also known as the Hamming weight).For example, the 32-bit integer '11' has binaryrepresentation 00000000000000000000000000001011,so the function should return 3.T(n)- O(k) : k is the number of 1s present in binary representation.NOTE: this complexity is better than O(log n).e.g. for n = 00010100000000000000000000000000only 2 iterations are required.Number of loops isequal to the number of 1s in the binary representation."""def count_ones_recur(n): Do it.

Answer 2

Question

Chapter 2, Problem 8E

Program Plan Intro

Method definition of rightrot(x,n):

/*function definition of right rot*/
unsignedint rightrot(unsignedint x,unsignedint n)
{

/*loop till the bit positions*/
while(n>0)
{
/*condition to rotate each bit by one position.*/
if(x&1)
{
 x =(x >>1)|~(~0U>>1);
}
else
{
 x =(x >>1);
}
 n--;
}

return x;
}

Program Plan-

Initialize the header files and main() function.
To define the function rightrot(x, n) to rotate x right by n bits.
Finally prints the value of x..

Summary Introduction- The program displays the x value after rotating it right by n bits.

Program Description- The purpose of the program is todefine the function rightrot(x, n) to return x with the n bits rotated towards right.

Expert Solution & Answer

Want to see the full answer?

Check out a sample textbook solution

See solution

Answer 3

Question

Chapter 2, Problem 8E

Program Plan Intro

Method definition of rightrot(x,n):

/*function definition of right rot*/
unsignedint rightrot(unsignedint x,unsignedint n)
{

/*loop till the bit positions*/
while(n>0)
{
/*condition to rotate each bit by one position.*/
if(x&1)
{
 x =(x >>1)|~(~0U>>1);
}
else
{
 x =(x >>1);
}
 n--;
}

return x;
}

Program Plan-

Initialize the header files and main() function.
To define the function rightrot(x, n) to rotate x right by n bits.
Finally prints the value of x..

Summary Introduction- The program displays the x value after rotating it right by n bits.

Program Description- The purpose of the program is todefine the function rightrot(x, n) to return x with the n bits rotated towards right.

Expert Solution & Answer

Want to see the full answer?

Check out a sample textbook solution

See solution

Answer 4

Question

Chapter 2, Problem 8E

Program Plan Intro

Method definition of rightrot(x,n):

/*function definition of right rot*/
unsignedint rightrot(unsignedint x,unsignedint n)
{

/*loop till the bit positions*/
while(n>0)
{
/*condition to rotate each bit by one position.*/
if(x&1)
{
 x =(x >>1)|~(~0U>>1);
}
else
{
 x =(x >>1);
}
 n--;
}

return x;
}

Program Plan-

Initialize the header files and main() function.
To define the function rightrot(x, n) to rotate x right by n bits.
Finally prints the value of x..

Summary Introduction- The program displays the x value after rotating it right by n bits.

Program Description- The purpose of the program is todefine the function rightrot(x, n) to return x with the n bits rotated towards right.

Expert Solution & Answer

Want to see the full answer?

Check out a sample textbook solution

See solution

Answer 5

Chapter 2, Problem 8E

Program Plan Intro

Method definition of rightrot(x,n):

/*function definition of right rot*/
unsignedint rightrot(unsignedint x,unsignedint n)
{

/*loop till the bit positions*/
while(n>0)
{
/*condition to rotate each bit by one position.*/
if(x&1)
{
 x =(x >>1)|~(~0U>>1);
}
else
{
 x =(x >>1);
}
 n--;
}

return x;
}

Program Plan-

Initialize the header files and main() function.
To define the function rightrot(x, n) to rotate x right by n bits.
Finally prints the value of x..

Summary Introduction- The program displays the x value after rotating it right by n bits.

Program Description- The purpose of the program is todefine the function rightrot(x, n) to return x with the n bits rotated towards right.

Answer 6

Chapter 2, Problem 8E

Program Plan Intro

Method definition of rightrot(x,n):

/*function definition of right rot*/
unsignedint rightrot(unsignedint x,unsignedint n)
{

/*loop till the bit positions*/
while(n>0)
{
/*condition to rotate each bit by one position.*/
if(x&1)
{
 x =(x >>1)|~(~0U>>1);
}
else
{
 x =(x >>1);
}
 n--;
}

return x;
}

Program Plan-

Initialize the header files and main() function.
To define the function rightrot(x, n) to rotate x right by n bits.
Finally prints the value of x..

Summary Introduction- The program displays the x value after rotating it right by n bits.

Program Description- The purpose of the program is todefine the function rightrot(x, n) to return x with the n bits rotated towards right.

Answer 7

Chapter 2, Problem 8E

Program Plan Intro

Method definition of rightrot(x,n):

/*function definition of right rot*/
unsignedint rightrot(unsignedint x,unsignedint n)
{

/*loop till the bit positions*/
while(n>0)
{
/*condition to rotate each bit by one position.*/
if(x&1)
{
 x =(x >>1)|~(~0U>>1);
}
else
{
 x =(x >>1);
}
 n--;
}

return x;
}

Program Plan-