Neg-arithmetic intruction-microprocessor, Assembly Language

NEG: Negate:- The negate instruction forms the 2's complement of the particular destination in the instruction. For obtaining 2's complement, it subtracts the contents of destination from the zero. The output is stored back in the destination operand, which can be a memory location or a register. If OF is set, it denote that the operation could not be finished successfully. This instruction affects all of the condition code flags.

Posted Date: 10/12/2012 1:57:10 AM | Location : United States







Related Discussions:- Neg-arithmetic intruction-microprocessor, Assignment Help, Ask Question on Neg-arithmetic intruction-microprocessor, Get Answer, Expert's Help, Neg-arithmetic intruction-microprocessor Discussions

Write discussion on Neg-arithmetic intruction-microprocessor
Your posts are moderated
Related Questions
Write an assembly language program that will display (print) a list of the Decades 2010, 2020, 2030... 2100 to the screen using a while loop.

Format of Control Register The format for the control register is given in Figure. Bit 0 of this register might be one before data may be output  and  bit  two  might be  one

Instruction set of 8086 : The 8086/8088 instructions are categorized into the following major types. This section describes the function of each of the instructions with approp

write an assembly language program to find average of odd numbers from an array of 8 bit numbers

from pin description it seems that 8086 has 16 address/data lines i.e.AD0_AD15.The physical address is however is larger than 2^16.How this condition can be handled

Compute the Fibonacci sequence - assembly program: Problem: Fibonacci   In this problem you will write a program that will compute the first 20 numbers in the Fibonacci sequ


how to write the alp for matrix addition in microprocessor 8086?

take an integer and its base and the base in which you want to convert the number from user and perform conversion.

Cache components The cache sub-system may be divided into 3 functional blocks: Tag RAM, SRAM and theCache Controller. In real designs, these blocks can be implemented  by multi