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A single bit can represent. False and True; Off and On, simulating a light ... This means that every ten bits of width multiplies the number of values that can be ... ... can require many more (binary) bits than decimal digits. For example, the three ... which can be conveniently be represented as two hexadecimal digits. The number 84 could be represented as either a denary value or a hexadecimal value. ... A single binary digit. 2. What is the highest value that can be ... The computer has switches to represent data and switches have only two states: ON and OFF. Binary has two digits to do the counting: 0 and 1 - a natural fit to ... Hex Binary Conversion. Because a single hex digit ranges from 0 to 15 (0-F hex), every four bit binary number can be represented by a single hex digit. Decimal. Using hexadecimal, a binary nibble can be represented by a single symbol. For example, the hex digit F can be used instead of the binary nibble 1111 for the ... In lesson 4, you learned how to read a single binary number and ... Bits—the 0s and 1s of binary code—can be used in many ways to represent information. A binary digit is a 1 or a 0. In binary, or base 2, there are only two digits whereas in decimal, or base 10, there are ten digits. ASCII is a 7-bit code - one bit (binary digit) is a single switch that can be on or off, zero or one. ... represent all characters in all writing systems in the ... numbers we can represent in a single digit. This is the same as saying how ... This tells us that 1011 in Binary is 11 in Decimal. This also works for ...