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EG318Thermodynamics II

Course Prerequisites ToolSNHU EG318 has 1 direct prerequisite, with 9 courses in its complete prerequisite tree, and is required by 1 other course.

Undergraduate · 3 credits

This course focuses on the application of the fundamental laws of thermodynamics (learned previously in thermodynamics I) to the analysis of energy conversion devices, systems, and processes, such as internal combustion engine, gas turbine, vapor power generation, and refrigeration. Factors that govern energy conversion processes and impact efficiency of those processes are studied in detail. In addition, gas mixture properties, air-conditioning psychrometrics, and fundamental compressible flow theory are also covered.

Prerequisite Tree

  • EG209Thermodynamics I
    • PHY216Physics II
      • MAT275Calculus II: Integration and Series
        • MAT225Calculus I: Single-Variable Calculus
          • MAT142Precalculus with Limits
          • MAT140Precalculus
            • MAT136Introduction to Quantitative Analysis
      • PHY215Physics I
        • MAT225Calculus I: Single-Variable Calculus
          • MAT142Precalculus with Limits
          • MAT140Precalculus
            • MAT136Introduction to Quantitative Analysis
      • PHY215LPhysics I Lab
        • MAT225Calculus I: Single-Variable Calculus
          • MAT142Precalculus with Limits
          • MAT140Precalculus
            • MAT136Introduction to Quantitative Analysis
    • MAT275Calculus II: Integration and Series
      • MAT225Calculus I: Single-Variable Calculus
        • MAT142Precalculus with Limits
        • MAT140Precalculus
          • MAT136Introduction to Quantitative Analysis

This Course Is Also a Prerequisite For

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