Microprocessor In 8085 P flag is reset when the result has even parity P flag is set when the result has odd parity P flag is set when the result has even parity P flag is reset when the result has odd parity P flag is reset when the result has even parity P flag is set when the result has odd parity P flag is set when the result has even parity P flag is reset when the result has odd parity ANSWER DOWNLOAD EXAMIANS APP
Microprocessor SUB A instruction in 8085 sets zero and sign flags reset zero and parity flags reset carry and sign flags sets zero and carry flags sets zero and sign flags reset zero and parity flags reset carry and sign flags sets zero and carry flags ANSWER DOWNLOAD EXAMIANS APP
Microprocessor Length of the instruction POP D is 3 byte 2 byte 4 byte 1 byte 3 byte 2 byte 4 byte 1 byte ANSWER DOWNLOAD EXAMIANS APP
Microprocessor A good assembly language programmer should use general purpose registers rather than memory in maximum possible ways for data processing. This is because: Data processing with registers is easier than with memory Data processing with memory requires more instructions in the program than that with registers Data processing with registers takes fewer cycles than that with memory Of limited set of instructions for data processing with memory Data processing with registers is easier than with memory Data processing with memory requires more instructions in the program than that with registers Data processing with registers takes fewer cycles than that with memory Of limited set of instructions for data processing with memory ANSWER DOWNLOAD EXAMIANS APP
Microprocessor In an 8085 microprocessor based system, the contents of SP are 2000H. POP H instruction will transfer the contents of memory location 2000H and 1999H to H and L registers respectively 2000H and 1FFFH to H and L registers respectively 2001H and 2000H to H and L registers respectively 2001H and 2002H to H and L registers respectively 2000H and 1999H to H and L registers respectively 2000H and 1FFFH to H and L registers respectively 2001H and 2000H to H and L registers respectively 2001H and 2002H to H and L registers respectively ANSWER DOWNLOAD EXAMIANS APP
Microprocessor The relation among IC (Instruction Cycle), FC (Fetch cycle) and EC (Execute Cycle) is IC = FC - EC EC = IC + FC IC = FC + 2EC IC = FC + EC IC = FC - EC EC = IC + FC IC = FC + 2EC IC = FC + EC ANSWER DOWNLOAD EXAMIANS APP
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