Adding exponents is one of the three basic rules when dealing with the combination of two bases and powers. The general rule for it is as followed: when you want to multiply the powers with the same base, simply add the two exponents together. In other words, if the bases are the same number, to multiply the two together, simply add the two exponents together to gain the right answer. Before that can be done, though, it is important to understand what a base and exponent are.
What are Bases
[ read more ]
A bit is the most elementary and smallest unit of data storage and communication, which is primarily implemented in the IT and telecommunications domains. It is the largest amount of data that can be held by a device. Devices usually exist in only two unique states, represented by the binary digits 0 and 1. In logical terms, they can be inferred as either ‘on’ or ‘off’, or ‘true’ or ‘false’.
The implementation of bits to store and exchange data can be traced to the usage of th
[ read more ]
A Karnaugh map is a graphical method or shortcut that can be used to solve Boolean algebra problems. Boolean algebra is used to conduct computations and create expressions from two values. This type of math creates the basis behind much of computer science and modern circuit card design today. Maurice Karnaugh created the current version of the Karnaugh map in the early 1950s to solve logic problems without having to use long computations.
What do Karnaugh Maps Do?
Karnaugh maps solve problems
[ read more ]
At its most general meaning, "binary" refers to any system composed of two elements. For example, a binary star system is a system in which there are two stars that orbit each other. Binary is also a numbering system that is comparable to our standard decimal system. The decimal system uses 10 digits; 0 through 9, and is referred to as a base-10 system. The binary system only has two digits, 0 and 1, so is referred to as a base-2 system.
Binary in Computing
Binary is essential to the computing
[ read more ]
The term "big endian" describes the order in which a sequence of bytes is stored in computer memory. In the big endian storage sequence, the most significant value in the sequence, or the “Big” end, is stored at the lowest storage address (ie the first position). The alternative method of memory storage is referred to as little endian, where the least significant value in the sequence is stored first. For example, if the hexadecimal number 4E51 was stored in big endian format it would be sav
[ read more ]
