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Chapter 19: Problem 2582

Digital circuits can be made to be respective use of: (A) AND gate (B) OR gate (C) NOT gate (D) NAND gate

Short Answer

Expert verified
Digital circuits can be made using all four gates: (A) AND gate, (B) OR gate, (C) NOT gate, and (D) NAND gate.

Step by step solution

01

Understand the Types of Gates

First, let's briefly understand what each of the given gate types is used for: (A) AND gate: Takes two inputs and returns output '1' only if both inputs are '1' (B) OR gate: Takes two inputs and returns output '1' if any or both of the input values are '1' (C) NOT gate: Takes a single input and inverts it, returning '1' if the input is '0' and '0' if the input is '1' (D) NAND gate: Takes two inputs and returns the inverse output of the AND gate, meaning it returns '0' only if both inputs are '1'
02

Evaluate the Answer Choices

Now, let's evaluate each answer choice to determine which gate or gates can be used to create digital circuits: (A) AND gate: It can be used as one of the building blocks for digital circuits, as it implements the logical AND function. (B) OR gate: This gate can also be used as a building block for digital circuits, since it implements the logical OR function. (C) NOT gate: Often used as a fundamental gate, the NOT gate can be used in digital circuits to invert signals or implement more complex gates like NAND or NOR. (D) NAND gate: This is a universal gate, meaning it can create any other gate, including AND, OR, and NOT. Digital circuits can be made to be respective use of NAND gates alone.
03

Determine the Correct Answer(s)

After evaluating the answer choices: - AND gate (A) can be used in digital circuits - OR gate (B) can be used in digital circuits - NOT gate (C) can be used in digital circuits - NAND gate (D) can be used in digital circuits As all four gates can be made to respective use to create digital circuits, the correct answer is choice (A), (B), (C), and (D).

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