TEST YOUR ICT SKILLS!

Logic Gates Multiple Choice Questions (MCQ) Online Test #5


Logic Gates MCQ #41:

What is the primary method used in manufacturing logic gates on integrated circuits?

About Logic Gates Multiple Choice Question (MCQ) #41:
This ICT Multiple Choice Question (ICT MCQ) #41 focuses on Logic Gates within the "Intermediate ICT MCQ" category. This question tests the knowledge of manufacturing techniques used for logic gates on integrated circuits.

Logic Gates MCQ #42:

What is the truth table output for an OR gate with inputs 1 and 0?

About Logic Gates Multiple Choice Question (MCQ) #42:
This ICT Multiple Choice Question (ICT MCQ) #42 focuses on Logic Gates within the "Intermediate ICT MCQ" category. This question assesses the knowledge of the truth table output for an OR gate with inputs 1 and 0.

Logic Gates MCQ #43:

What is the output of a NAND gate when both inputs are 0?

About Logic Gates Multiple Choice Question (MCQ) #43:
This ICT Multiple Choice Question (ICT MCQ) #43 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 0.

Logic Gates MCQ #44:

What is the primary difference between XOR and XNOR gates?

About Logic Gates Multiple Choice Question (MCQ) #44:
This ICT Multiple Choice Question (ICT MCQ) #44 focuses on Logic Gates within the "Intermediate ICT MCQ" category. This question assesses the primary difference between XOR and XNOR gates.

Logic Gates MCQ #45:

Which Boolean law is represented by the expression A * (B + C) = (A * B) + (A * C)?

About Logic Gates Multiple Choice Question (MCQ) #45:
This ICT Multiple Choice Question (ICT MCQ) #45 focuses on Logic Gates within the "Intermediate ICT MCQ" category. This question tests the understanding of the Distributive Law in Boolean algebra.

Logic Gates MCQ #46:

Which of the following is a characteristic of a T flip-flop?

About Logic Gates Multiple Choice Question (MCQ) #46:
This ICT Multiple Choice Question (ICT MCQ) #46 focuses on Logic Gates within the "Intermediate ICT MCQ" category. This question tests the understanding of the characteristic behavior of a T flip-flop.

Logic Gates MCQ #47:

What is the main characteristic of cells that can be grouped together in Karnaugh maps?

About Logic Gates Multiple Choice Question (MCQ) #47:
This ICT Multiple Choice Question (ICT MCQ) #47 focuses on Logic Gates within the "Intermediate ICT MCQ" category. This question tests the characteristic of cells that can be grouped together in Karnaugh maps.

Logic Gates MCQ #48:

What is the primary function of a multiplexer in digital circuits?

About Logic Gates Multiple Choice Question (MCQ) #48:
This ICT Multiple Choice Question (ICT MCQ) #48 focuses on Logic Gates within the "Intermediate ICT MCQ" category. This question tests the primary function of a multiplexer in digital circuits.

Logic Gates MCQ #49:

What is the main purpose of a full adder in digital circuits?

About Logic Gates Multiple Choice Question (MCQ) #49:
This ICT Multiple Choice Question (ICT MCQ) #49 focuses on Logic Gates within the "Intermediate ICT MCQ" category. This question tests the main purpose of a full adder in digital circuits.

Logic Gates MCQ #50:

How do logic gates contribute to the functioning of digital communication systems?

About Logic Gates Multiple Choice Question (MCQ) #50:
This ICT Multiple Choice Question (ICT MCQ) #50 focuses on Logic Gates within the "Intermediate ICT MCQ" category. This question tests how logic gates contribute to the functioning of digital communication systems.
This page was last modified on by ICT MCQ Hub.


  • This online test, titled "Logic Gates Multiple Choice Questions (MCQ) Online Test #5" is designed for individuals at the intermediate level and focuses on "Logic Gates". It consists of 10 carefully crafted multiple choice questions (MCQs) with four options each that assess intermediate knowledge and understanding of the subject matter. This test aims to help participants evaluate their grasp of key concepts related to "Logic Gates".