Chemistry II

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• Select topic Course plan: Chemistry II

  Course plan: Chemistry II

  👌Table of contents

  I.    Course information.

  II.   Course presentation.

  III.  Contents.

  IV.  Prerequisites.

  V.   Learning objectives.

  VI.  Learning Evaluation.

  VII. Teaching-learning activities.

  VIII. Pedagogical alignment.

  IX.   Operating procedures.

  X.    Support resources.

  
  

  • Select activity I. Course information.

    

    I. Course information. Page

    
    

  • Select activity II. Course presentation.

    

    II. Course presentation. Page

    
    

  • Select activity III. Contents

    

    III. Contents Page

    
    

  • Select activity IV. Prerequisites:

    

    IV. Prerequisites: Page

    
    

  • Select activity V. Learning objectives.

    

    V. Learning objectives. Page

    

  • Select activity VI. Learning Evaluation.

    

    VI. Learning Evaluation. Page

    

  • Select activity VII. Teaching-learning activities.

    

    VII. Teaching-learning activities. Page

    

  • Select activity VIII. Pedagogical alignment.

    

    VIII. Pedagogical alignment. Page

    
    

  • Select activity IX. Operating procedures.

    

    IX. Operating procedures. Page

    
    

• Select topic Topic 2

  Topic 2
• Select topic Chapter I: Basic concept of thermodynamics

  Chapter I: Basic concept of thermodynamics
  • Select activity Basic concept of thermodynamics

    

    Basic concept of thermodynamics Page

    
    

    
    

    
    

    Like all sciences, thermodynamics is based on principles and laws formulated using a precise vocabulary. This allows concepts and definitions to be definitions without ambiguity. Chapter I therefore presents the basic elements study thermodynamics and solve practical problems. We begin the chapter with a general discussion of thermodynamics. The system of units used in this book is also clarified. Next, we define basic concepts system, control volume, thermodynamic variables, thermodynamic equilibrium, evolutions and cycles. The notions of temperature and temperature scales are introduced, then we determine the composition of gas mixtures.

    
    

  • Select activity I.1 Definition

    

    I.1 Definition Page

    
    

  • Select activity I.2 Description of thermodynamic systems

    

    I.2 Description of thermodynamic systems Page

    
    

  • Select activity I.3 System phase

    

    I.3 System phase Page

    
    

  • Select activity I.4 State of a system and state quantity

    

    I.4 State of a system and state quantity Page

     

    

  • Select activity I.5 Intensive and extensive quantities

    

    I.5 Intensive and extensive quantities Page

    Intensive and Extensive Properties of Matter - Chemistry

    
    

    
    

  • Select activity I.6 Perfect gas

    

    I.6 Perfect gas Page

    
    

    
    
    
    
    

  • Select activity I.7 Transformation of a system

    

    I.7 Transformation of a system Page

    Reversible and Irreversible Thermodynamic Processes
    
    The reversible process is the ideal process which never occurs, while the irreversible process is the natural process that is commonly found in nature. When we tear a page from our notebooks, we cannot change this and ‘un-tear’. This is an irreversible process. Whereas when water evaporates, it can also be condensed in the form of rains. This is a reversible process. Let us study more about them below.
    
    

    

    
    

  • Select activity Transformation of a system

    

    Transformation of a system Page

    Basic Concepts of Thermodynamics (Animation)
    

  • Select activity I.8 Thermodynamic equilibrium

    

    I.8 Thermodynamic equilibrium Page

    
    

  • Select activity I.9 State function

    

    I.9 State function Page

    
    

  • Select activity I.10 Composition of a gas mixture

    

    I.10 Composition of a gas mixture Page

    

  • Select activity I.11 Thermometry

    

    I.11 Thermometry Page

    
    

  • Select activity FIRST PRINCIPLE OF THERMODYNAMICS THERMOCHEMISTRY

    

    FIRST PRINCIPLE OF THERMODYNAMICS THERMOCHEMISTRY Google Meet™ for Moodle

    
    

    meet.google.com/pna-pgvm-sgw

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  • Select activity Basic concept of thermodynamics

    

    Basic concept of thermodynamics Chat

    
    

  • Select activity The most important chapters and topics in the module 👌

    

    The most important chapters and topics in the module 👌 Assignment

    Opened: Monday, 13 May 2024, 12:00 AM

    Due: Monday, 13 May 2024, 11:20 PM

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• Select topic Chapter II: FIRST PRINCIPLE OF THERMODYNAMICS THERMOCHEMISTRY

  Chapter II: FIRST PRINCIPLE OF THERMODYNAMICS THERMOCHEMISTRY
  • Select activity FIRST PRINCIPLE OF THERMODYNAMICS THERMOCHEMISTRY

    

    FIRST PRINCIPLE OF THERMODYNAMICS THERMOCHEMISTRY PDF Annotation

    
    
• Select topic Chapter III:SECOND PRINCIPLE OF THERMODYNAMICS CHEMICAL EQUILIBRIA

  Chapter III:SECOND PRINCIPLE OF THERMODYNAMICS CHEMICAL EQUILIBRIA
  • Select activity SECOND PRINCIPLE OF THERMODYNAMICS CHEMICAL EQUILIBRIA

    

    SECOND PRINCIPLE OF THERMODYNAMICS CHEMICAL EQUILIBRIA PDF Annotation

    
    
• Select topic Chapter IV: CHEMICAL CINETICS

  Chapter IV: CHEMICAL CINETICS
  • Select activity CHEMICAL CINETICS

    

    CHEMICAL CINETICS PDF Annotation

    
    
  • Select activity Thermodynamics Final Exam Multiple Choice Questions

    

    Thermodynamics Final Exam Multiple Choice Questions Quiz

    Thermodynamics Final Exam Multiple Choice Questions Flashcards | Quizlet
    

  • Select activity Basic concept in thermodynamics Chemistry II

    

    Basic concept in thermodynamics Chemistry II File PDF