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first there are ascci codes for every key word & character. when you press any key it means you have press specific ascci code for that character.
example: if you press 1 its ascci code is 48. so the no 48 will get converted to binary by using of universal gates and encoder, and it will get stored in the ram. then by using decoder and logic gates it again get converted in to human language.
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Why do computers work with bits rather than decimal digits?
Ever wonder what the real numbers are? Numbers are artificial things invented by human, and the same applied to computers. So, the inventors of computers storing human readable numbers (decimal, Roman numerals, etc...) as computer readable numbers (binary). Binary fit very well with the electrical pulses (on and off, as 1 and 0)
Is binary code the source code?
No. In short, binary code is the code your computer executes, it can be in many forms, ranging from bytecode, which must be interpreted, but is pre-compiled to machine code, which is directly run by the system, and is generally specific to a particular system. Source code is the code of the program, as written by the programmer. It is written in a language that can be translated into instructions understood by computers. Most of the times, binary code is not easily human readable whereas source code is.
Difference between high level language and low level language and machine language in tabular form?
| Feature | High-Level Language | Low-Level Language | Machine Language | |------------------------|------------------------------|----------------------------|-----------------------------| | Abstraction Level | High (closer to human language)| Medium (closer to hardware) | Low (binary code for CPU) | | Readability | Easy to read and write | Less readable, more complex | Not human-readable | | Portability | Highly portable across platforms | Less portable, hardware-specific | Not portable, specific to architecture | | Examples | Python, Java, C++ | Assembly language | Binary code (0s and 1s) |
Why do need translate a program written a high level language into machine language?
the reason why we translate is that source code may be in assembly( low level language) or high level language and the only language computer understand is 0s and 1s which is binary code so the program written in either assembly or high level language must be convert or translate to binary and program written in HLL are in English form while the assembly are equivalent machine language.
7 Why is binary code suitable for use with computers?
Binary is well suited for computers because it only needs two symbols to represent numbers a 1 and a 0. In a computer a circuit can be in 2 states on and off hence in the simplest implementation"on" represents a 1 and "off" a 0.
How does a computer understand the Filipinos language?
It doesn't. The only language the computer understands is its own native machine code; binary language. We use that binary language to program the computer such that it can translate the high-level human languages that we can understand into the low-level languages that it can understand, and vice versa.
Why computer using Binary?
It is easier to design circuits that reliably identify 2 different voltage or current levels than to design circuits that reliably identify more. That having been said, there have been a few (mostly experimental) computers that use ternary instead: each signal in the machine is in one of 3 states (e.g. +V, 0V, -V) representing the values 0, 1, or 2. One such computer was Setun developed in the USSR in 1958.
What is computer language and what are its uses?
A computer Language is the code we use to make computer understand what we want it to do. Its an Instruction set given to computer to perform some task. A computer does understands only one langue (native one) which is Binary 0 or 1 (or simply say ON or OFF) but since human are barely able to understand this language so they use interpreter that translate the code written in a language close to human being and converts it to machine code to it to understand and execute. Reverse Process is done to get the results back to humans. Such Languages are: Native: Binary (0,1) Low Level: Assembly C Intermediate: C++ High Level: C#, VB, ASP, JAVA, Python, PHP, Pearl, JASON, JavaScript, HTML, CSS, F#, Ruby ..... etc.
Can you create a language converter gadget that is worn on the ears with the voice the same as the speaker's but the language heard is the listener's and not the speaker's?
This idea has been around for a long time, e.g. in Star Trek it is called the "universal translator." Realistically, however, computers will never be able to translate human language accurately--apart from carefully selected or engineered phrases--because human language is too complex, dynamic, and changing.
What code do computers use?
Computers Use Machine Language, which a normal person can't understand If you want to understand then you have to uncderstand that machine language into Human Language, they used Language Like C+++ for writing any program.
Do Computers have languages so that people can program them to perform certain tasks and functions?
Yes, computers have languages that they communicate with us and each other in. There are thousands of different computer languages written for different purposes with different complexities. The simplest language computers communicate in is binary, ones and zeros, which can be compared to humans using morse code to communicate. It is very simple, but it is hard for humans to understand. The next step up is called assembly language which could be compared to speaking only in slang, still hard for all except a few humans to understand. The computer has to use a program to translate the assembly language into binary to understand what to do. There are lots of intermediate languages that still use some slang, but allow the programmer to combine several actions in one command. As computer languages have become more complex so humans can understand and program them easier, the computer has to do more work to translate, but is much faster at it than we are. There are programing languages now that allow a human to say what they want the computer to do and the program writes the code that the computer needs to use to do what was requested. This makes it very easy for us to communicate to computers to get them to do what we want. Computers still use binary and lower level languages to communicate with each other as they understand it and have to do less work to accomplish what is desired.
Computers have languages so that people can program them to perform certain tasks and functions.?
Yes, computers have languages that they communicate with us and each other in. There are thousands of different computer languages written for different purposes with different complexities. The simplest language computers communicate in is binary, ones and zeros, which can be compared to humans using Morse Code to communicate. It is very simple, but it is hard for humans to understand. The next step up is called assembly language which could be compared to speaking only in slang, still hard for all except a few humans to understand. The computer has to use a program to translate the assembly language into binary to understand what to do. There are lots of intermediate languages that still use some slang, but allow the programmer to combine several actions in one command. As computer languages have become more complex so humans can understand and program them easier, the computer has to do more work to translate, but is much faster at it than we are. There are programing languages now that allow a human to say what they want the computer to do and the program writes the code that the computer needs to use to do what was requested. This makes it very easy for us to communicate to computers to get them to do what we want. Computers still use binary and lower level languages to communicate with each other as they understand it and have to do less work to accomplish what is desired.
Why do computers work with bits rather than decimal digits?
Ever wonder what the real numbers are? Numbers are artificial things invented by human, and the same applied to computers. So, the inventors of computers storing human readable numbers (decimal, Roman numerals, etc...) as computer readable numbers (binary). Binary fit very well with the electrical pulses (on and off, as 1 and 0)
Are there spaces between binary letters?
No, there are typically no spaces between binary letters (bits) in a binary sequence. Binary code consists of a continuous string of 0s and 1s, representing data in a format that computers can understand. Spaces may be used for readability in certain contexts, such as when displaying binary code for human interpretation, but they do not exist in the actual data representation.
How do you change foreign language to English?
To change a foreign language to English, you can use translation tools or services, such as Google Translate or professional human translators. Simply input the text or document you want to translate and select English as the target language.
Why can't computers understand language?
The question is far too vague. What do you mean "understand and use the human language"? for what? Do mean can it respond to and speak human language? yes if its got the proper software that enables it to or are you talking about giving it commands by typing them in human natural language? That would be no because if you're typing a command in "human natural language" (which is what we all do) - automatically the computer translates the command into a binary language which it then processes according to the command its given. If this is not what you meant then you must be less vague in your questions. Ask the question again and be very clear and specific about what you mean.
Is binary code the source code?
No. In short, binary code is the code your computer executes, it can be in many forms, ranging from bytecode, which must be interpreted, but is pre-compiled to machine code, which is directly run by the system, and is generally specific to a particular system. Source code is the code of the program, as written by the programmer. It is written in a language that can be translated into instructions understood by computers. Most of the times, binary code is not easily human readable whereas source code is.
