Table of Contents
- 1 Why is high-level language better than machine language?
- 2 What is the advantage of high language over machine language?
- 3 What are the advantages and disadvantages of high level language?
- 4 What is one of the benefits of using a high level programming language like Java?
- 5 What are examples of machine level language?
- 6 What are the advantages of high level language?
Why is high-level language better than machine language?
It is also known as machine level language. It can be understood easily by the machine….Low-level language.
High-Level Language | Low-level language |
---|---|
It is easy to debug. | It is difficult to debug. |
It is less memory efficient, i.e., it consumes more memory in comparison to low-level languages. | It consumes less memory. |
Why do we prefer high-level language?
Answer: Explanation: The main advantage of high-level languages over low-level languages is that they are easier to read, write, and maintain. Ultimately, programs written in a high-level language must be translated into machine language by a compiler or interpreter.
What is the advantage of high language over machine language?
High level language provides higher level of abstraction from machine language. They do not interact directly with the hardware. Rather, they focus more on the complex arithmetic operations, optimal program efficiency and easiness in coding. Low level programming uses machine friendly language.
Is high-level language faster than machine language?
With a virtual machine, performing an instruction is a two-stage process of translating code to the host machine’s language and then executing those instructions. This is why high-level languages are slower, but more expressive, than low-level languages.
What are the advantages and disadvantages of high level language?
High level language is much closer to human language so it is more suitable to write code in high level language. It is more or less independent of the particular type of computer used (i.e. more portable) and has its own set of rules called syntax. Its main advantage is that it is easier to read, write and maintain.
What are the advantages of high level and low level language?
Unlike low level languages, high level languages are programmers friendly, easy to code, debug and maintain. High level language provides higher level of abstraction from machine language. They do not interact directly with the hardware.
What is one of the benefits of using a high level programming language like Java?
What is one of the benefits of using a high-level programming language like Java? Problems solved in a high-level language are independent of the underlying computer hardware.
What translates a high level language into machine code?
Translators Compiler. Compilers are used to translate a program written in a high-level language into machine code (object code). Interpreter. Interpreter programs are able to read, translate and execute one statement at a time from a high-level language program. Assembler. Summary of translators.
What are examples of machine level language?
Example of Machine Language Say that a light bulb is controlled by a processor running a program in main memory. The controller can turn the light bulb fully on and fully off, can brighten or dim the bulb (but not beyond fully on or off.) The machine instructions are one byte long,
Is high level language is directly understand by computer?
As the program written in a high-level language is not directly understood by the computer system. Before the execution of high-level programs, it needs to be converted to machine level language. The examples of high-level language are C++, C, JAVA, FORTRAN, Pascal, Perl, Ruby, and Visual Basic.
What are the advantages of high level language?
Advantages of High level language High level languages are programmer friendly. It provide higher level of abstraction from machine languages. It is machine independent language. Easy to learn. Less error prone, easy to find and debug errors. High level programming results in better programming productivity.