• HOMEPAGE
  • UNIVERSITY
  • ACADEMICS
  • OPEN EDUCATION
  • STUDENT AFFAIRS
  • RESEARCH
  • CAMPUS LIFE
  • LIBRARY
  • WEBMAIL
  • DIRECTORY
  • EVENTS
  • ANNOUNCEMENTS
  • ACADEMIC CALENDAR
  • PROSPECTIVE STUDENTS
  • FACULTY & STAFF
  • ALUMNI
  • SATIN ALMA
  • KVKK
  • INTERNATIONAL
  • PROSPECTIVE STUDENTS
  • FACULTY & STAFF
  • ALUMNI
  • QUALITY
  • KVKK
Menü
  • TR
  • EN
Anadolu University
  • UNIVERSITY
    Anadolu University
    Rektörlük Önü
    Quick Links
    • Library
    • Webmail
    • Dining
    • Restaurants
    • Directory
    • Events
    • Announcements
    • Academic Calendar
    • About Anadolu
    • Administration
    • Internal Audit Unit
    • Office of Secretary General
    • Administrative Units
    • Boards - Commissions
    • Corporate Communications
    • Right to Information
    • Satın Alma
    Eskişehir Academy of Economic and Commercial Sciences, founded in 1958, formed the basis of Anadolu University. The Academy was replaced by Anadolu University in 1982, which has gained a well-deserved place as a modern, dynamic and innovative institution among the largest universities not only in Türkiye, but also in the world.
  • ACADEMICS
  • OPEN EDUCATION
    Anadolu Üniversitesi
    Açıköğretim Sistemi
    Quick Links
    • Anadolum eKampüs
    • Second University
    • OESSupport
    • Global Campus
    • Apply Now
    • Student Login
    • Open Education System
    • Programs In Türkiye
    • Programs Abroad
    • Admission
    • Akademik Takvim
    • Contact Info
    • Local Bureaus for Open Education Sevices in Türkiye
    Anadolu University Open Education System plays an essential role in overcoming educational problems of Türkiye not only by providing open and distance education to 1 million active students and 3.5 million graduates but also by developing specific projects. Besides with those numbers, the system is among the mega universities of the world. By the constantly renewing method of open and distance education, it implements many initiatives and innovations in the Turkish Higher Education System.
  • STUDENT AFFAIRS
  • RESEARCH
    Araştırma
    Araştırma
    Quick Links
    • Library
    • Webmail
    • Dining
    • Restaurants
    • Directory
    • Events
    • Announcements
    • Academic Calendar
    • Units
    • Centers
    • TÜBİTAK Projects
    • Journals
    • Board of Ethics
    • Scientific Research Projects
    • ARINKOM
    Kısa adıyla BAP (Bilimsel Araştırma Projeleri), yüksek öğretim kurumlarındaki bilimsel araştırmaların desteklenmesi amacıyla geliştirilmiş bir uygulamadır. Bu uygulama YÖK'ün 01.01.2002 tarihinden geçerli olmak üzere yürülüğe aldığı Yükseköğretim Kurumları Bilimsel Araştırma Projeleri Hakkında Yönetmelik uyarınca gerçekleştirilmektedir. Üniversitemizin tüm öğretim elemanları BAP Komisyonuna başvurarak bilimsel araştırmaları için kaynak alabilirler.
  • CAMPUS LIFE
    Anadolu Üniversitesi
    Kampüste Yaşam
    Quick Links
    • Library
    • Webmail
    • Dining
    • Restaurants
    • Directory
    • Events
    • Announcements
    • Academic Calendar
    • Social Facilities
    • Culture and Arts Centers
    • Museums
    • Sports Facilities
    • Ensembles
    • Student Clubs
    • Campus Information
    • Photo Gallery
    At Anadolu University, social and cultural activities are as important as education and scientific research. The University frequently holds scientific events such as conferences, seminars, panels, congresses and symposia, and cultural activities such as exhibitions, stage performances and concerts. In addition to smaller conference halls in each unit, Atatürk Culture and Arts Center, Congress Center and Cinema Anadolu on Yunusemre Campus house many activities throughout the year.

GENERAL CHEMISTRY II

  • Home Page
  • Academics
  • Faculties
  • Course Structure Diagram with Credits
  • General Chemistry II
  • Learning Outcomes
Back

Learning Outcomes

  • discuss the state of gas and gas behavior.
  • will be able to express gas laws.
  • will be able to explain gas mixtures.
  • will be able to explain the kinetic theory of gases.
  • will be able to evaluate intermolecular forces, the properties of liquids and solids.
  • will be able to explain the diversities of intermolecular forces.
  • will be able to describe phase transitions and phase diagrams.
  • will be able to define vapor pressure.
  • will be able to explain the crystal structure of solids.
  • will be able to express bonding in solids.
  • explian intermolecular forces.
  • describe phase transitions and sketches phase diagrams.
  • define vapor pressure.
  • explain the crystal structure of solids.
  • express bonding in solids.
  • will be able to assess the properties of solutions.
  • will be able to explain the solution process.
  • will be able to describe the factors affecting solubility.
  • will be able to express the concentration units.
  • will be able to solve concentration problems.
  • will be able to describe colligative properties.
  • will be able to solve colligative property problems.
  • explain the solution process.
  • describe the factors affecting solubility.
  • express the concentration units.
  • solve concentration problems.
  • describe colligative properties.
  • solve colligative property problems.
  • will be able to evaluate chemical kinetics.
  • will be able to formulate reaction rates and rate laws.
  • will be able to describe the factors affecting reaction rate.
  • will be able to solve chemical kinetics problems.
  • will be able to propose reaction mechanisms.
  • will be able to explain catalysis.
  • formulate reaction rates and rate laws.
  • describe the factors affecting reaction rate.
  • solve chemical kinetics problems.
  • propose reaction mechanisms.
  • explain catalysis.
  • will be able to evaluate chemical equilibrium.
  • will be able to describe the concept of equilibrium.
  • will be able to formulate the equilibrium constants.
  • will be able to employ the equilibrium constants in calculations.
  • will be able to explain Le Chatelier’s principle.
  • will be able to define acid and bases.
  • will be able to express the pH scale.
  • will be able to calculate pH from Ka and Kb and Ka and Kb from pH.
  • will be able to interpret the acid-base properties of salt solutions and solves related problems.
  • will be able to relate acid-base behavior and chemical structure and solve related problems.
  • will be able to explain the common-ion effect, the buffered solutions and solves related problems.
  • will be able to explain acid-base titrations.
  • will be able to explain the solubility equilibria and solve related problems.
  • describe the concept of equilibrium.
  • formulate the equilibrium constants.
  • employ the equilibrium constants in calculations.
  • explain Le Chatelier’s principle.
  • define acid and bases.
  • express the pH scale.
  • calculate pH from Ka and Kb and Ka and Kb from pH.
  • interpret the acid-base properties of salt solutions and solves related problems.
  • relate acid-base behavior and chemical structure.
  • explain the common-ion effect, the buffered solutions and solves related problems.
  • explain acid-base titrations.
  • explain the solubility equilibria and solve related problems.
  • will be able to evaluate the concept of electrochemistry.
  • will be able to define oxidation state.
  • will be able to explain voltaic cells.
  • will be able to explain EMF and express the Nernst equation.
  • will be able to solve electrochemistry problems.
  • will be able to explain electrolysis.
  • will be able to categorize batteries and fuel cells.
  • define oxidation state.
  • explain voltaic cells.
  • explain EMF and expresses the Nernst equation.
  • solve electrochemistry problems.
  • explain electrolysis.
  • categorize batteries and fuel cells.
  • discuss the state of gas and gas behavior.
  • evaluate intermolecular forces, the properties of liquids and solids.
  • assess the properties of solutions.
  • evaluate chemical kinetics.
  • evaluate chemical equilibrium.
  • evaluate the concept of electrochemistry.
  • Description
  • Content
  • Learning Outcomes
  • Learning Activities and Teaching Methods
  • Course's Contribution to Prog.
  • Assessment Methods
Web sitemizdeki çerezleri (cookie) kullanıcı deneyimini artıran teknik özellikleri desteklemek için kullanıyoruz. Detaylı bilgi için tıklayınız.
Google Analytics tarafından yönetilen çerezleri devre dışı bırakabilir veya kabul edebilirsiniz.
Anadolu Üniversitesi
  • ABOUT ANADOLU
  • About Anadolu
  • Office of Secretary General
  • Boards
  • Information and Documents
  • İletişim Bilgileri
  • ACADEMICS
  • Open Education System
  • Faculties
  • Graduate Schools and Institutes
  • Vocational Schools
  • Schools
  • OPEN EDUCATION
  • Open Education System
  • Programs in Türkiye
  • Programs Abroad
  • Admission
  • Academic Calendar
  • Learning Environments
  • About Examinations
  • Student Guides
  • STUDENT AFFAIRS
  • Academic Calendar
  • RESEARCH
  • Units
  • Research Centres
  • Science and Life
  • CAMPUS LIFE
  • Social Facilities
  • Culture and Arts Centers
  • Museums
  • Sports Facilities
  • Ensembles
  • Student Clubs
  • Campus Services
  • Photo Gallery
Android Application iOS Application
© 2025 Anadolu University - All rights reserved.