1. A digital system is to be designed to take 3 inputs – A, B, C - and set an output F to 1 when the 3 inputs are the unsigned binary representation of a prime number, otherwise output F is set to 0. Assume that A represents the most significant bit and C the least significant bit. Recall that a prime number is a number that is only divisible by itself and "1" but that "1" is not prime. Design the logic circuit to produce output F given the 3-bit input A, B, C.

Draw the logic circuit for each of the following Boolean expressions: Y=AB + BC b. Y=ACD + BCD

1D) For a combinational logic circuit of four inputs and one output having following conditions:  if the number of 1’s in the inputs are odd then output is 0  if the number of 1’s in the inputs are even then output is 1 a. Draw the truth table b. Find the simplified logic function using K-Map

Fill in the truth tables and write the corresponding Boolean logic statement.