No.
Using normal C you cannot address a bit value.The minimum you can address is 1 byte.using embedded C you can access even abit valueC is a widely used general purpose high level programming language mainly intended for system programming.Embedded C is an extension to C programming language that provides support for developing efficient programs for embedded devices.It is not a part of the C language
A way of writing computer programs that are human readable (and understandable to programmers).
its just like a string of c++
It is a Structured oriented middle level and top down approach language, which is suitable for low cost embedded application systems.
There is no such term as embedded process application but you probably meant embedded system software. Embedded systems can make use of general purpose compilers, assemblers and debuggers, but these are often used in conjunction with more specific high-level programming tools and modellers, many of which emit C-code or raw assembly.
Compiler-dependent, in real life you should never do that, write separated Assembly modules instead.
No.
Algol 60 assembly language b language c language
Mainly C and C++ and a bit of assembly language.
No language, directly in assembly language.
Usually a combination of C++, C and assembly language.
Using normal C you cannot address a bit value.The minimum you can address is 1 byte.using embedded C you can access even abit valueC is a widely used general purpose high level programming language mainly intended for system programming.Embedded C is an extension to C programming language that provides support for developing efficient programs for embedded devices.It is not a part of the C language
A way of writing computer programs that are human readable (and understandable to programmers).
Vincent Mahout has written: 'Assembly language programming' -- subject(s): Embedded computer systems, Microprocessors, Assembler language (Computer program language)
The assembler is translator which converts assembly language code into machine language code.
high level language for embedded
C was once one of the most popular computer programming languages, but it has now largely fallen out of favor. C++ and C# have largely replaced it for most purposes. Where it is still useful is as "portable assembly code". If you create a new language that outputs C rather than assembly code, you can more easily port your language to many platforms, including embedded chips. Occasionally, very low level operating system and hardware code is still written in C. For example, C++ was first written using this method in a program called cfront.