Binary Logic

How many options does a binary choice offer?

Binary numbers are _____.

Which of the following is true$?$

Convert the decimal number $57$ to binary.

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

Convert $10.{11}_2$ in decimal system?

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

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

The binary number ${\left(111101\right)}_2$ represents the decimal number

The binary number ${\left(10001\right)}_2$ represents the decimal number

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

Using Demorgan's theorem, $\overline{XYZ}$ can be expressed as 

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

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

The binary number ${\left(110010\right)}_2$ represents the decimal number

The binary number ${\left(101101\right)}_2$ represents the decimal number

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

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

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

The base is $2$ for _____ number system.