Logic Gates Multiple Choice Questions (MCQ) Online Test #1

Logic Gates MCQ #1:

What is the function of an AND gate in digital logic?

Produces an output when at least one input is true

Inverts the input signal

Produces an output when both inputs are false

Produces an output only when both inputs are true

About Logic Gates Multiple Choice Question (MCQ) #1:
This ICT Multiple Choice Question (ICT MCQ) #1 focuses on Logic Gates within the "Intermediate ICT MCQ" category. This question tests the understanding of the AND gate's functionality in digital logic.

Logic Gates MCQ #2:

What is the output of an AND gate when both inputs are 1?

Depends on the input voltage

Undefined

About Logic Gates Multiple Choice Question (MCQ) #2:
This ICT Multiple Choice Question (ICT MCQ) #2 focuses on Logic Gates within the "Intermediate ICT MCQ" category. This question tests the understanding of the output of an AND gate when both inputs are 1.

Logic Gates MCQ #3:

What is the output of a NAND gate when both inputs are 1?

Depends on the input voltage

Undefined

About Logic Gates Multiple Choice Question (MCQ) #3:
This ICT Multiple Choice Question (ICT MCQ) #3 focuses on Logic Gates within the "Intermediate ICT MCQ" category. This question tests the understanding of the output of a NAND gate when both inputs are 1.

Logic Gates MCQ #4:

What is the output of an XOR gate when both inputs are 1?

Undefined

Depends on the input voltage

About Logic Gates Multiple Choice Question (MCQ) #4:
This ICT Multiple Choice Question (ICT MCQ) #4 focuses on Logic Gates within the "Intermediate ICT MCQ" category. This question tests the understanding of the output of an XOR gate when both inputs are 1.

Logic Gates MCQ #5:

What is the result of the Boolean expression A + 0?

Undefined

About Logic Gates Multiple Choice Question (MCQ) #5:
This ICT Multiple Choice Question (ICT MCQ) #5 focuses on Logic Gates within the "Intermediate ICT MCQ" category. This question tests the understanding of the identity law in Boolean algebra.

Logic Gates MCQ #6:

What is the primary difference between combinational and sequential logic circuits?

Sequential logic circuits have memory; combinational logic circuits do not

Combinational logic circuits have memory; sequential logic circuits do not

Sequential logic circuits are faster than combinational logic circuits

Combinational logic circuits use more power than sequential logic circuits

About Logic Gates Multiple Choice Question (MCQ) #6:
This ICT Multiple Choice Question (ICT MCQ) #6 focuses on Logic Gates within the "Intermediate ICT MCQ" category. This question tests the understanding of the primary difference between combinational and sequential logic circuits.

Logic Gates MCQ #7:

What is the primary purpose of a Karnaugh map?

To encode data

To simplify Boolean expressions

To simulate logic circuits

To convert analog signals to digital

About Logic Gates Multiple Choice Question (MCQ) #7:
This ICT Multiple Choice Question (ICT MCQ) #7 focuses on Logic Gates within the "Intermediate ICT MCQ" category. This question tests the understanding of the primary purpose of a Karnaugh map.

Logic Gates MCQ #8:

What is the primary function of a flip-flop in digital circuits?

To perform arithmetic operations

To store binary data

To encode and decode signals

To amplify signals

About Logic Gates Multiple Choice Question (MCQ) #8:
This ICT Multiple Choice Question (ICT MCQ) #8 focuses on Logic Gates within the "Intermediate ICT MCQ" category. This question tests the primary function of a flip-flop in digital circuits.

Logic Gates MCQ #9:

What is the primary function of a half adder?

To add two single-bit binary numbers and provide the sum and carry

To add two multi-bit binary numbers

To perform subtraction of binary numbers

To store binary data

About Logic Gates Multiple Choice Question (MCQ) #9:
This ICT Multiple Choice Question (ICT MCQ) #9 focuses on Logic Gates within the "Intermediate ICT MCQ" category. This question tests the primary function of a half adder.

Logic Gates MCQ #10:

What is a common application of logic gates in computers?

To create complex decision-making circuits

To perform arithmetic operations

To manage data storage

To convert analog signals to digital

About Logic Gates Multiple Choice Question (MCQ) #10:
This ICT Multiple Choice Question (ICT MCQ) #10 focuses on Logic Gates within the "Intermediate ICT MCQ" category. This question tests a common application of logic gates in computers.

This page was last modified on Dec 30, 2024 by ICT MCQ Hub.

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Logic Gates Multiple Choice Questions (MCQ) Online Test #1

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