Question # 1 : Convert these binary numbers to decimal: a. 10101 b.1101000111101 c.10010110 d.101010101010 e. 101011111

Q: A - - B .Y N

A: Solution is:

Q: 1) Design a circuit that implements the behavior of an XOR-gate, using only NAND-gates. 2) Verify…

A: The XOR gate behaves like Inequality operation, if the two values are unequal, it gives value 1 else…

Q: bị Z = AC (ABD) + ABC . D + ABC

A: Here in this question we have given a expression and with the help of demorgans theorem we have to…

Q: Which of the circuits depicted below are combinational logic circuits? In each case, explain your…

A: What are combinational circuits ? Combinational circuits are those circuits whose output does not…

Q: Obtain the minimal sum-of-product Boolean expression for the truth table of the circuit in Figure…

A: Here I mentioned the minimal sum-of-product Boolean expression for the truth table of the circuit.…

Q: Create a logic circuit diagram for the following Boolean algebra expression

A: In Boolean algebra, expressions represent logical relationships between variables, typically denoted…

Q: Design a NAND Logic Circuit that is equivalent to the AOI circuit shown below: A B C D-z =BC +AC

A: Given logic circuit contains NOT, AND and OR gates. Given function is, Z=BC+AC

Q: Use Boolean to simplify the logic circuits, Draw the simplified circuit A B Output

A: Given logic diagram contains 3 inputs A, B and C It also contains the NOT, AND and OR gates. The…

Q: Write down the truth tables for AND, OR and XOR gates

A: AND Gate is an digital logic gate that combines two signals so that the output is on if both signals…

Q: Design a circuit using AND gates to show A+B. Explain.

A: The question is to design a circuit using AND gates to show A+B.

Q: A) Determine the Boolean equation B) Draw an equivalent ladder logic program for the gate circuit.

A: Step 1:Step 2: Step 3: Step 4:

Q: Identify/explain the two methods of designing a combinational logic circuit from a truth table

A: The basic logic gates like NOT, NAND or NOR combined together to form a Combinational logic circuit.…