For the function F = AB′C′ + AB, find the logic value of F under the condition: A = 1, B = 0, C = 1 COMPLETE SOLUTION

A 4-bit magnitude comparator is explained in the attached file. With similarlogic, design a 3 bit magnitude comparator. You must show the equations and draw the logic circuit. [Hints: A and B are two numbers each with 3 bits. How can you implement a circuit to compare these two numbers if, A=B, A>B or A<B]

A state model representation of 11 state variable system having 2 inputs and 4 outputs. The dimensions(rows X coloumns) of matrices A,B,C and D are given as A --> a Xa B --> b X bị C--> cX C1 D-->d X d1 Then the values of " a, b, c and d" are a =11, b=11, c=4, d=11 a =11, b=2, c=4, d=2 a =11, b=11, c=4, d=4 a =11, b=11, c=2, d=4

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Question 2 Base on the following digital circuit design A- + B- D F C- write the Boolean expression for F (exactly as seen in the circuit - no simplification) F = (A+B)' C OF A+(B' C) F = A+B'C F=(A+B)C

In the boolean expression Y(A,B,C)-(A+B'+C)(A+B'+C), the term A'+B'+C is a a) Maxterm A2 b) Product term c) Maximum term d) Minterm

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Q-2: Below is the combinational circuit that implements the Boolean expression F. a- Write the equation of the output of gates 2 and 3. b- Suppose that a=0, b=0, c-0. What is the output value at F? DU 2