[PDF] arithmetic right shift calculator

  • How do you calculate right shift?

    It is a binary operator that takes two numbers, right shifts the bits of the first operand, and the second operand decides the number of places to shift.
    In other words, right-shifting an integer “a” with an integer “b” denoted as '(a>>b)' is equivalent to dividing a with 2^b.

  • What is an example of arithmetic right shift?

    The result of a Right Shift operation is a division by 2n , where n is the number of shifted bit positions.
    Example: If we have the binary number 01110101 (117 decimal) and we perform arithmetic right shift by 1 bit we get the binary number 00111010 (58 decimal). So we have divided the original number by 2.

  • What is 1110001 right shifted by 2?

    When you right shift a binary number by 2, you are essentially dividing it by 2^2 (or 4).
    The binary number 1110001 (in base 2) is equivalent to 113 (in base 10).
    When we divide 113 by 4 , we get 28.25 .

  • What is 1110001 right shifted by 2?

    It is a bitwise operator that we use in the C language for operating on bits.
    The right shift operator is binary- which means that the working of this operator would require two of the operands.
    We represent the right shift operator using the >> sign.

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