It depends on the specific instruction set for the processor you are programming. Most processors will support the basic logical instructions, but you would have to view the documentation for a particular processor to know for sure.
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An absolute instruction is an assembly language instruction using only absolute addresses.
Assembly language to machine code translation is a "one to one" translation process, as every individual instruction expressed in the assembly language corresponds to exactly one machine instruction. Note this does not hold for pseudo instructions or expanding macros, which are supported by some assemblers.
a XOR b is a^b in C language
0dh is for the ENTER KEY and the 0ah is for the NEW LINE
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yes
An absolute instruction is an assembly language instruction using only absolute addresses.
An instruction is the lowest level of commands which can be issued to a processor.
To complement the 6th bit of the BX register in assembly language, you can use the XOR instruction. First, create a mask that has the 6th bit set (binary 00100000, which is 0x20 in hexadecimal). Then, XOR the BX register with this mask to toggle the 6th bit. Here's an example in x86 assembly: mov ax, <value> ; Load AX with some value xor bx, 0x20 ; Complement the 6th bit of BX This will flip the 6th bit of BX without affecting the other bits.
Assembly language to machine code translation is a "one to one" translation process, as every individual instruction expressed in the assembly language corresponds to exactly one machine instruction. Note this does not hold for pseudo instructions or expanding macros, which are supported by some assemblers.
a XOR b is a^b in C language
Yes. JNE is the Jump Not Equal instruction and all assembly languages support it.
in assembly language machine language instruction are replaced by English like words these words are called mnemonic
To complement the 6th bit of the BX register in assembly language, you can use the XOR instruction. The 6th bit corresponds to the bit mask 0x20 (binary 0010 0000). The code would look like this: MOV AX, 6 ; Load AX with 6 (not directly relevant to complementing BX) XOR BX, 0x20 ; Complement the 6th bit of BX This will toggle the 6th bit of BX, effectively complementing it.
Assembly is signficantly shorter and easier to remember than the equivilant machine instructions. Assembly instructions are human readable characters, for which a direct translation exists to the binary machine code instructions. Pseudo example: add <- assembly instruction 1010101010 <- machine instruction
machine code instruction set or assembly language