Question
How many individual bits does it take to write the letter J in binary?
Answers
GPT-4o mini
To represent the letter "J" in binary, we first need to know its ASCII (American Standard Code for Information Interchange) value. The ASCII value for the uppercase letter "J" is 74.
In binary, 74 is represented as:
```
74 in binary = 1001010
```
This binary representation consists of 7 bits. Therefore, it takes 7 individual bits to write the letter "J" in binary.
If considering the extended ASCII which uses 8 bits, "J" would be represented as:
```
01001010
```
In this case, it would take 8 bits. But in standard ASCII, it's typically considered as 7 bits.
In binary, 74 is represented as:
```
74 in binary = 1001010
```
This binary representation consists of 7 bits. Therefore, it takes 7 individual bits to write the letter "J" in binary.
If considering the extended ASCII which uses 8 bits, "J" would be represented as:
```
01001010
```
In this case, it would take 8 bits. But in standard ASCII, it's typically considered as 7 bits.