Binary Logic

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Binary Logic: Overview

This topic covers concepts, such as Lier in Binary Logic, Alternator in Binary Logic, Distributive Law in Binary Logic, Converse Operation in Binary Logic, Construction of Truth Table, and Commutative Law in Binary Logic.

Important Questions on Binary Logic

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Analytical Reasoning>Logical Reasoning and Decision Making>Binary Logic> Q 1

How many options does a binary choice offer?

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Analytical Reasoning>Logical Reasoning and Decision Making>Binary Logic> Q 2

Binary numbers are _____.

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Analytical Reasoning>Logical Reasoning and Decision Making>Binary Logic> Q 3

Which of the following is true $?$

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Analytical Reasoning>Logical Reasoning and Decision Making>Binary Logic> Q 4

Convert the decimal number $57$ to binary.

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Analytical Reasoning>Logical Reasoning and Decision Making>Binary Logic> Q 5

The binary base $2$ equivalent of the octal number $13.54$ is?

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Analytical Reasoning>Logical Reasoning and Decision Making>Binary Logic> Q 6

Find the value of each of the binary number, giving the values in decimal numbers: $1011_{2}$

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Analytical Reasoning>Logical Reasoning and Decision Making>Binary Logic> Q 7

Convert $10 . 11_{2}$ in decimal system?

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Analytical Reasoning>Logical Reasoning and Decision Making>Binary Logic> Q 8

The binary number representation of the decimal number $67$ is

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Analytical Reasoning>Logical Reasoning and Decision Making>Binary Logic> Q 9

The binary number representation of the decimal number $68$ is

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Analytical Reasoning>Logical Reasoning and Decision Making>Binary Logic> Q 10

The binary number ${(111101)}_{2}$ represents the decimal number

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Analytical Reasoning>Logical Reasoning and Decision Making>Binary Logic> Q 11

The binary number ${(10001)}_{2}$ represents the decimal number

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Analytical Reasoning>Logical Reasoning and Decision Making>Binary Logic> Q 12

Using Demorgan's theorem, $\bar{\bar{A + B \bar{C}} + D \bar{(E + \bar{F})}}$ can be expressed as

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Analytical Reasoning>Logical Reasoning and Decision Making>Binary Logic> Q 13

Using Demorgan's theorem, $\bar{X Y Z}$ can be expressed as

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Analytical Reasoning>Logical Reasoning and Decision Making>Binary Logic> Q 14

The dual of the expression $A . (A + B)$ is

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Analytical Reasoning>Logical Reasoning and Decision Making>Binary Logic> Q 15

The simplified form of $A + \bar{A} B$ is:

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Analytical Reasoning>Logical Reasoning and Decision Making>Binary Logic> Q 16

The binary number ${(110010)}_{2}$ represents the decimal number

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Analytical Reasoning>Logical Reasoning and Decision Making>Binary Logic> Q 17

The binary number ${(101101)}_{2}$ represents the decimal number

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Analytical Reasoning>Logical Reasoning and Decision Making>Binary Logic> Q 18

The binary number representation of the decimal number $30$ is

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Analytical Reasoning>Logical Reasoning and Decision Making>Binary Logic> Q 19

The binary number representation of the decimal number $16$ is

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Analytical Reasoning>Logical Reasoning and Decision Making>Binary Logic> Q 20

The law that states that the double complement of a variable gives the same variable is:

Binary Logic

Binary Logic: Overview

Important Questions on Binary Logic

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