ASCII has an encoding for every character of the alphabet as well as encodings for numbers -- that is, encodings for the symbols of the digits 0-9. So here is a trick question: How many bits are required to store the text of the number "150" in ASCII?'

ASCII has encrypting for numbers and each character of the alphabet. For example, if you take 150 as an integer, you will need to store it as 8 bits. If it is taken as 3 characters, then it will involve 24 total bits (8 * 3), that is 8 bits per eccentric. It is decent to note that the 8-bit byte is the most common storage element and revel in 256 characters from the original 7-bit which has turn into a bit identical.

ASCII:

ASCII abbreviated from American Standard Code for Information Interchange, is a character encrypting standard for electronic communication. ASCII codes signify text in computers, telecommunications equipment, and other devices. Supreme new character-encrypting systems are based on ASCII, although they support many added appeals.

ASCII is the outdated name for the encoding system; the Internet Assigned Numbers Authority (IANA) favors the updated name US-ASCII, which elucidates that this system was developed in the US and based on the typographical symbols predominantly in use there.

Answer details:

Subject: Computer and technology

Level: College

Keywords:

• ASCII

• Coding numbers

• Bits

• Characters

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