3 bit odd parity generator can be implemented using_____________a.2 XNOR Gates with 2 inputsb.1 XNOR Gate with 3 inputsc.2 input NAND gated.Both (a) and (b

4 bit odd parity checker can be implemented using_____________a.2 XNOR Gates with 2 inputsb.1 XNOR Gate with 3 inputsc.3 XNOR Gates

The parity bit for 1011 in even parity generator will be

Design a combinational circuit that can detect whether the 3-bit input binary number is even,odd, or prime number.(a) Find the number of inputs, and outputs.(b) Draw the truth table for the design problem(c) Implement the circuit using 3 × 8 Decoder.(d) Explain the design implementation in your own words. Lack of understanding of theproblem, and incorrect explanation will lead to 0 in the question.

If the input to odd parity detector is 10110110, then the output isa.intermediateb.0c.0 or 1    d.1

And even/oddBinary OperatorsA binary digit (0 or 1) is also called as bit.There are certain operations you can do on a pair of bits, and one such operator is AND (represented by symbol &).If you are given 2 bits a and b, then the value of a&b comes as follows:a b a&b0 0 00 1 01 0 01 1 1In other words, a&b = 1 if a and b are both equal to 1.</br>Given 2 binary numbers, you can do bitwise AND (pad 0s to make them the same length and then and between corresponding bits).Example 1: if I ask you what is AND between 1010 and 11, then you follow the following steps:Step 1: Make both numbers equal size by padding 0s. So, our numbers become 1010 and 0011.Step 2: Now take AND of corresponding bits like the following: 1010 & 0011 -------- 0010GivenHence, the answer is 0010.Given 2 decimal numbers, you can do bitwise AND.If I ask you what is the AND between 5 and 6 then you can convert them to binary first and apply the approach explained above.Example 2: 5 & 65 in binary is 1016 in binary is 110 101& 110----- 100Hence, the answer is 100 which is 4 in decimal.So, 5 & 6 = 4QuestionCalculate the answer of(24 & 1) + (32 & 1) + (45 & 1) + (37 & 1) + (49 & 1) + (50 & 1)