false
The higher level languages simplify instructions that could have taken many steps in a low level language. So puts("hello"); could be 20 instructions in assembler. So through this simplification, you lose a degree of control, depending on how high the language is.
Because there are always new (and old!) problems to be solved and the current programming languages cannot possibly solve them all. They must adapt and evolve to meet the demands of new technologies, concepts and methodologies.
Because they are only mark up languages. They can be used only to display/render content on the UI (User Interfaces) screens They cannot contain any business logic or programming logic and hence they are not true programming languages.
This question cannot be answered here. Go to amazon.com and find a book about chess-programming.
You cannot. At least not with generic C++. Graphics are platform-dependent and therefore requires a suitable API and library for your specific platform and its hardware.
Humans can evolve - Computers cannot Humans can disobey instructions - Computers cannot Humans are organic - Computers aren't There are more, but I won't go on
Because they cannot program themselves. Computer are machines and require external input to tell them initially what to do. The programme make for a specific purpose is a set of instructions telling the processor what to do
You cannot install programming languages (or natural languages, either) on your computer. You can install compilers for programming languages, though.
Computers follow a list of instructions - they cannot understand humour.
java programming language cannot be used to write CGI scripts
Without a user interface of some sort, a user cannot interact with the computer. If you cannot interact with a computer, you cannot tell it to do something, and cannot retrieve information from it. Answer Back in the day, there was no "GUI," a graphic user interface. You had to have a lot more computer knowledge to get the information you needed--most requests were in a programming language, like Basic. With interfaces, you could quickly access functions minus the programming issues.
Not really. Computers cannot really think. They do their decision making based on the way they have been programmed. If their programming does not cover the situation it encounters, it doesn't know what to do. So it will either do nothing or it may crash.
the limitation of the computerized accounting system is the financial date, it's because th
It is a computer language, but it is not a computer programming language. You cannot write programs with it. It is just for designing the layout of a webpage, and it is a Markup language. Its full title is HyperText Markup Language.
The higher level languages simplify instructions that could have taken many steps in a low level language. So puts("hello"); could be 20 instructions in assembler. So through this simplification, you lose a degree of control, depending on how high the language is.
He was a jinn not an angel. Angels cannot disobey God.
A computer needs instructions to perform a task. There are many aspects of a computer, such as all the internal parts, the peripherals, and the software components. A computer needs hardware to store and process information, and needs software instructions to do anything for us. If there was no software at all on a computer it would merely be a box of parts. There would be no software telling the computer to show information on the output, and no software to accept instructions from the input.