Relationship b/w hardware and software

They are good for solutions that require a procedural approach with a distinct begin and end. Most languages used today are third and fourth generation. Relationship b/w hardware and software. Generally speaking the user has control of what happens and when. Extremely good when external devices are attached to the computer. Fourth generation languages such as Visual Basic, Prolog, SQLs, Hyperscript use this method. Third generation languages such as Cobol, Fortran and Pascal follow this process.. Fifth generation is generally not believed as a fully existing generation.yet. Visit , then download and complete the activity. Therefore our programming language instructions need to be 'translated'. Disadvantages include careful design and planning and an intimate knowledge of the needs of the client and the actions of the user. Therefore humans need alternate, more human ways to instruct computers.

The Relationship Between Hardware and Software Tutorial | Sophia.

. Dating a hasbian. Relationship b/w hardware and software. Typically used with graphical user interfaces. Very, very few humans can 'talk' to computers in binary code.

This is done using translators, that are themselves, software applications. Translators take source code, created by humans, and turn it into object code that computers can understand. The History of programming languages"In a world of increasing inter-connectivity, programming languages form the foundation. They are able to be used on multiple processors and extremely good for prototyping. Programming languages provide the means of instructing computer in a more human way.Programming languages have been around since computing was invented.


. Event Driven versus Sequential ProgrammingSequential Programming is a step-by-step, logical process. Advantages include low maintenance, easier for non-programmer and beginner programmers to learn and follow