Computers work with a binary number system that consists of only two digits - zero and one. Inside the computer binary number is represented by an electrical pulse. One means a pulse of electricity and zero means no pulse. All the data entered into computers is first converted into the binary number system. One digit in binary number system is called bit and combination of eight bits is called byte. A byte is the basic unit that is used to represent the alphabetic, numeric and alphanumeric data.
Data is represented inside a computer as a series of on and off pulses. Humans think of those pulses in terms of a binary-based numbering system.
Data is the combination of characters, numbers and symbols collected for a specific purpose. Data is divided into three types; alphabetic data, numeric data and alphanumeric data. Numeric data consist of ten digits 0, 1, 2, 3, 4, 5, 6, 7, 8, 9, two signs + and - and decimal point . There are different types of number system that are used to represent numeric data. These number systems are decimal number system, binary number system, octal number system and hexadecimal number system.
Alphabetic data is used to represent 26 alphabetic. It consist of capital letters from A to Z, small letters from a to z and blank space. Alphabetic data is also called nonnumerical data. Alphanumeric data used to represent alphabetic data, numeric data, special character and symbols.
The graphics data include audio,video and pictures represented in computer in the form of 0's and 1's by using ASCII 8 bits code.
Information requires a mind, data is a series of states in the computer. It's like the difference between hearing and listening, one requires a mind the other doesn't.
convert the data into computer language
A computer see data as a series of zero and ones (binary).
z= 011001
The graphics data include audio,video and pictures represented in computer in the form of 0's and 1's by using ASCII 8 bits code.
It's simply known as a bit, and is represented as either a 1 or a 0.
Data is internally represented in binary form in what we call machine language.
because it is the only language a computer understands. The computer can only tell if a switch is on or off, and that is represented by a 1 or a 0
To organize data and to simplify problems that can be complicated.
Data. Usually represented by different electrical characteristics like high/low, on/off. Data coming in is referred to as INPUT, data going out is OUTPUT.
Every microprocessor architecture has a specific set of instructions that are embedded into the processor itself and each instruction correspond to a specific opcode. Data and instructions in memory are represented in an address format.
Information requires a mind, data is a series of states in the computer. It's like the difference between hearing and listening, one requires a mind the other doesn't.
That is called the format of the data.
Motion can be represented through equations that describe the change in position over time, such as the equations of kinematics in physics. In computer graphics, motion can be represented using keyframes or motion capture data. In the field of animation, motion can be represented using timelines and keyframes to animate characters and objects.
Data Series
Data Series