About Course

In the modern world, computers have become indispensable tools for problem-solving across various fields. They offer powerful and versatile means to analyze, model, and solve complex problems that are often infeasible to tackle manually. The ability of computers to process vast amounts of data at incredible speeds makes them ideal for a wide range of applications.

What Will You Learn?

  • NUMBER SYSTEM AND THEIR REPRESENTATION
  • FORMATION OF ALTERNATIVE SOLUTION TO PROBLEMS AND THIER COMPUTER MODELS
  • CLASSES OF PROBLEMS
  • THE ROLE OF ALGORITHMS IN PROBLEMS SOLVING PROCESS
  • CONCEPT OS PROBLEM SOLVING

Course Content

CONCEPT OF PROBLEM SOLVING
Concept of Problem Solving Problem-solving is a fundamental and universal process that involves identifying, analyzing, and resolving issues or obstacles in order to achieve a desired goal or outcome. It is a critical skill in a wide range of disciplines, from everyday life to advanced scientific research. Effective problem-solving involves a structured approach and creative thinking to find solutions that are not immediately apparent.

  • PROBLEM SOLVING STEPS, i.e PROBLEM IDENTIFICATION
    00:00

DEFINITION OF USER NEEDS/ REQUIREMENT
In the context of using computers as problem-solving tools, defining user needs and requirements is a critical initial step. This process involves understanding and specifying what users expect from a computer-based solution or system. Accurately defining these needs and requirements is essential for the successful development and implementation of computer applications and systems that effectively address the problems at hand.

CLASSES OF PROBLEMS
Classes of Problems in Computer Problem Solving In the realm of computer science and programming, problems that are tackled using computers as problem-solving tools can be categorized into various classes. These classes help in understanding the nature of problems, the approaches required to solve them, and the computational resources needed. This categorization is crucial in selecting the right algorithms and methods for effective problem-solving.

THE ROLE OF ALGORITHMS IN PROBLEMS SOLVING PROCESS
The Role of Algorithms in Problem Solving Process Algorithms play a central role in the problem-solving process, especially when utilizing computers as tools for finding solutions. An algorithm is a set of well-defined instructions or a procedure for solving a problem or performing a task. In computing, algorithms are the backbone of programming and software development, dictating how a computer should process information and execute tasks.

FORMATION OF ALTERNATIVE SOLUTION TO PROBLEMS AND THIER COMPUTER MODELS
Formation of Alternative Solutions to Problems and Their Computer Models In the context of problem-solving using computers, the formation of alternative solutions and their corresponding computer models is a critical process. This involves exploring different approaches to address a problem and then creating computer-based models or simulations of these solutions to evaluate their feasibility and effectiveness.

NUMBER SYSTEM AND THEIR REPRESENTATION
Number Systems and Their Representation Number systems are a fundamental concept in mathematics and computing, referring to the various methods for representing numbers. In computing, understanding different number systems is crucial because computers operate using specific numerical representations, particularly binary numbers. The most common number systems used in computing and mathematics are the decimal, binary, octal, and hexadecimal systems.

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