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in this class we are going to discuss about flag resistor we already take an introduction about flag register in the architecture of 8:08 for a microprocessor this is basically 8-bit register so you can see all eight bits here so as Jed ACP and CY our user bits in this flag register that means in that eight bits of flag resistor we will use only four five bits that means es means sign flag when s is equal to one means if MSB of ALU result is equal to one then only your sign flag is equivalent to one and coming to zero flag when Judd is equal to one means if n your result e will shows you 0 0 H then only you are zero flag will be activated that means your ALU result will shows 0 0 H then you your zero flag will be activated then coming to parity flag whenever your result is in given parity than your parity bit is activated or is equal into one coming to carry flag so whenever carry occurred if carry or borrow occurred in addition or subtraction then your carry flag will be activated an