It is one of 4 registers called general purpose registers Ax has a another name witch is (accumulator) it used in arithmetic and logic operation and store data from I/o port in microprocessors like 8086/8088
The plural form of the noun 'ax' is axes.
There are two syllables. Lor-ax.
The irregular plural form of axis is axes (pronounced ax-ees).Note: The regular plural form of ax (or axe) is also axes (pronounced ax-is).
Ax or axe.
sik er ax
computer has different registers each of which has different functions. ax - accumulator register bx - base register cx - counter register computer has different registers each of which has different functions. ax - accumulator register bx - base register cx - counter register
yes it can be used
i.e.-->mov ax,2000h (in 8086)
;assuming trap flag is the 8th bit in the flags register pushf pop ax or ax,0100h push,ax popf
Accumulator is a general purpose register.it is a 8 bit register in 8085. it stores the temporary results of a current operation doing by 8085.it is also called 'A' register
8086 has four multipurpose registers. 1. AX (Accumulator Register) 2. BX (Base Register) 3. CX (Count Register) 4. DX (Data Register) By Aneeta Arshad
[org 0x0100] mov ax,6 ; load first number in ax add ax,6 ; accumulate sum add ax,6 add ax,6 add ax,6 add ax,6 mov ax, 0x4c00 ; terminate program int 0x21 ------ Another way: [org 0x0100] ; This is a .com file, not an .exe. DOS .com files start at 100h (256 decimal), have no stack segment, are no larger than 64k, and the code and data segments must be the same. xor ax, ax ;zero register mov cx, 6 ;put 6 in counter register for loop instruction start: add ax,6 ; accumulate sum loop start ; decrements cx and serves as conditional jump to start label. mov ax, 0x4c00 ; terminate program int 0x21 (I rarely terminated DOS programs this way using the DOS termination service (int 21h, ah=4ch). Usually, terminating with RetN was enough.)
On platforms with specialized registers, the A register is usually an accumulator, whose primary function is to store the results (and possibly provide a parameter of) an arithmetic function. In Intel code, for example, add ax,bx adds the contents of ax and bx together, and stores the sum in ax. RISC processors generally do not have specialized registers in this sense, and instead name most their registers generically (e.g. r0, r1, r2...). This allows any general register to perform any general function, including arithmetic. For specific chip dialects, please refer to that chipset's programming manual.
(ax)(ax) = a2 + 2ax + x2
bcz multiplication and division done in 16bit operation so we must ve to use pair of reg so we ve to use ax reg ....... thats why final value store in a and b pair of reg....
Cash register School Register -------------------- processor register User-accessible Registers Data registers Address registers Conditional registers General purpose registers Floating point registers Constant registers Special purpose registers Instruction registers Model-specific registers Control and status registers Memory buffer register Memory data register Memory address register Memory Type Range Registers Hardware registers
there are 14 registers in 8088 micro processor. All the 14 are 16 bit registers. They are4 segment registers viz - code segment register, stack segment register, data segment register, extra segment register.general registers are - accumulator register i.e. AX, base register i.e. BX, count register i.e. CX, data register i.e. DX and stack pointer (SP), base pointer (BP).index registers are - source index(SI), destination index(DI),and the other registers are instruction pointer and flags register.