A four part introductory course exploring areas of physics. By the time you reach the end of this guide, you’ll be able to see your programmed Actor floating above a table in the level.
The primary goal of this quick start guide is to introduce you to Unreal Engine 4’s (UE4) development environment. By the end of this guide, you’ll know how to set up and develop C++ Projects in UE4. This guide shows you how to create a new Unreal Engine project, add a new C++ class to it, compile the project, and add an instance of a new class to your level. By the time you reach the end of this guide, you’ll be able to see your programmed Actor floating above a table in the level.
The primary goal of this quick start guide is to introduce you to Unreal Engine 4’s (UE4) development environment. By the end of this guide, you’ll know how to set up and develop C++ Projects in UE4. This guide shows you how to create a new Unreal Engine project, add a new C++ class to it.
Main Features
- Achieve Hollywood best quality visuals out of the box.
- With complete C++ source code access, you can study.
- Comes with designer-friendly Blueprint visual scripting.
- Unreal Engine provides Robust Multiplayer Framework.
- The built-in Cascade visual effects editor enables particles.
- Unreal Engine 4’s Material Editor makes use of physically-based.
Course Outline
- Introductory Physics
- Introduction to Modern Physics
- Auroras
- Asteroids
- Big Bang theory
- Black holes
- Comets
- Curiosity Rover
- Dwarf galaxies
- Earth-size planets
- Basics of heat & temperature
- Calorimetry, thermometry, work & heat transfer basics
- First law of thermodynamics for both open & closed system
- Second law of thermodynamics
- Entropy
- Exergy
- Properties of gases & their mixtures
- Properties of pure substances
The final exam is divided into two parts:
Part I: Problems (10 marks each) Solve all seven problems. Show all of your work, clearly and in order, to receive full marks. If you use a formula not given on the formula sheet, a derivation must be shown.
Part II: Multiple Choice Questions (2 marks each) Answer all fifteen questions. Circle the best response from the choices given. If your final selection is unclear you will not be given the marks. No marks will be awarded for diagrams, calculations, or reasoning.
The final exam is divided into two parts:
Part I: Problems (10 marks each) Solve all seven problems. Show all of your work, clearly and in order, to receive full marks. If you use a formula not given on the formula sheet, a derivation must be shown.
Part II: Multiple Choice Questions (2 marks each) Answer all fifteen questions. Circle the best response from the choices given. If your final selection is unclear you will not be given the marks. No marks will be awarded for diagrams, calculations, or reasoning.
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Introductory Physics
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Introductory Physics (August 6-28)
A four part introductory course exploring areas of physics. By the time you reach the end of this guide, you’ll be able to see your programmed Actor floating above a table in the level.