If A=\"01\" B=\"001\", 1. how to generate \"0100101010010101001010100101010010101001001\" with A and B if the input is \"0100101010010101001010100101010010101001001\" , define a process to create \"1011010101101010110101011010101101010110110\" as the output 2. How to generate \"010010101001010100101010010101001010100101\" if the input is \"010010101001010100101010010101001010100101\", define a process to create  \"101101010110101011010101101010110101011010\" as the output Solution to create 01 001 01 01 001 01 01 001 01 01 001    01   01 001 01   01   001   001\" we will use A    B    A   A    B    A   A    B     A   A    B      A     A    B      A     A     B     B we use combine the above terms together to generate this as output \"1011010101101010110101011010101101010110110\" we will will find the complement for input by passing through NOT GATE->0100101010010101001010100101010010101001001\" now every 0 ill become and 1 will become 0 and give the output: 2.we will use the bits directly without any changed to generate 01     001   01 01 001 01 01 001 01 01 001 01 01 001 01 01 001 01\" A        B      A   A    B   A    A   B   A A    B     A    A   B   A    A B     A we will use complement of above to generate the output 101101010110101011010101101010110101011010\" .

1. If A="01" B="001",
1. how to generate "0100101010010101001010100101010010101001001" with A and B if the
input is "0100101010010101001010100101010010101001001" , define a process to create
"1011010101101010110101011010101101010110110" as the output
2. How to generate "010010101001010100101010010101001010100101"
if the input is "010010101001010100101010010101001010100101", define a process to
create  "101101010110101011010101101010110101011010" as the output
Solution
to create 01 001 01 01 001 01 01 001 01 01 001Â Â Â 01Â Â 01 001 01Â Â 01Â Â 001Â Â
001" we will use
AÂ Â Â BÂ Â Â AÂ Â AÂ Â Â BÂ Â Â AÂ Â AÂ Â Â BÂ Â Â Â AÂ Â AÂ Â Â
BÂ Â Â Â Â AÂ Â Â Â AÂ Â Â BÂ Â Â Â Â AÂ Â Â Â AÂ Â Â Â BÂ Â Â Â B
we use combine the above terms together
to generate this as output "1011010101101010110101011010101101010110110"
we will will find the complement for input by passing through NOT GATE-
>0100101010010101001010100101010010101001001"
now every 0 ill become and 1 will become 0 and give the output:
2.we will use the bits directly without any changed to generate
01Â Â Â Â 001Â Â 01 01 001 01 01 001 01 01 001 01 01 001 01 01 001 01"
AÂ Â Â Â Â Â Â BÂ Â Â Â Â AÂ Â AÂ Â Â BÂ Â AÂ Â Â AÂ Â BÂ Â A AÂ Â Â
BÂ Â Â Â AÂ Â Â AÂ Â BÂ Â AÂ Â Â A BÂ Â Â Â A

2. we will use complement of above to generate the output
101101010110101011010101101010110101011010"