Role of Physics in Computer Education

Physics is a science that studies the most fundamental rules of the universe. It deals with matter, energy and their behavior and structure. Computer education is concerned with the use of computers to study and solve problems. Sometimes, it may be necessary to take physics courses, in order to specialize in computer education subfields.
  1. Physics Topics

    • Basic physics topics include the study of motion, light, heat, sound, electricity and magnetism. Examples of advanced subjects are nuclear physics and particles.

    Computer Education Topics

    • Computer education topics include subjects such as programming, web design and development, networking, computer hardware and communication systems.

    Entertainment

    • Gaming programmers may study physics. Newton's Laws are used to model collisions and control the motion of characters, for example. Computer animation may additionally require familiarity with the physics of light. Knowledge of the physics of sound is useful in music and sound engineering.

    Computers and Control

    • Computer software and hardware is used to control devices such as robots, vehicles and toys. The behavior of these machines is subject to the laws of physics in areas such as light, heat, motion and electricity.

    Other Fields

    • Medical personnel rely on computers for the construction and programming of tools used for surgery and examination. Computer experts are required to know related topics such as nuclear, ultrasound and semiconductor physics. Scientists and engineers depend on computer models to simulate and test theories and experiments. The military and the field of forensics are also areas in which computer professionals are required to have knowledge of related subjects in physics.

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