انت هنا الان : شبكة جامعة بابل > موقع الكلية > نظام التعليم الالكتروني > مشاهدة المحاضرة
الكلية كلية هندسة المواد
القسم قسم هندسة المعادن
المرحلة 2
أستاذ المادة براء حسن هادي الخاقاني
20/03/2019 07:57:00
Objectives After studying this Lecture you will be able to Distinguish between electrolytic cells and galvanic cells. Write the cell representation for electrochemical reactions. Derive the Nernst equation. Use the Nernst equation for calculating the electromotive force (emf) of a cell for any combination of activities of solution species. Evaluate ?rG, ?rH and ?rS form dE /dT.
Introduction :
Objectives After studying this Lecture you will be able to Distinguish between electrolytic cells and galvanic cells. Write the cell representation for electrochemical reactions. Derive the Nernst equation. Use the Nernst equation for calculating the electromotive force (emf) of a cell for any combination of activities of solution species. Evaluate ?rG, ?rH and ?rS form dE /dT.
Introduction :
Objectives After studying this Lecture you will be able to Distinguish between electrolytic cells and galvanic cells. Write the cell representation for electrochemical reactions. Derive the Nernst equation. Use the Nernst equation for calculating the electromotive force (emf) of a cell for any combination of activities of solution species. Evaluate ?rG, ?rH and ?rS form dE /dT.
Introduction :
Objectives After studying this Lecture you will be able to Distinguish between electrolytic cells and galvanic cells. Write the cell representation for electrochemical reactions. Derive the Nernst equation. Use the Nernst equation for calculating the electromotive force (emf) of a cell for any combination of activities of solution species. Evaluate ?rG, ?rH and ?rS form dE /dT.
Introduction :
Objectives After studying this Lecture you will be able to Distinguish between electrolytic cells and galvanic cells. Write the cell representation for electrochemical reactions. Derive the Nernst equation. Use the Nernst equation for calculating the electromotive force (emf) of a cell for any combination of activities of solution species. Evaluate ?rG, ?rH and ?rS form dE /dT.
Introduction :
المادة المعروضة اعلاه هي مدخل الى المحاضرة المرفوعة بواسطة استاذ(ة) المادة . وقد تبدو لك غير متكاملة . حيث يضع استاذ المادة في بعض الاحيان فقط الجزء الاول من المحاضرة من اجل الاطلاع على ما ستقوم بتحميله لاحقا . في نظام التعليم الالكتروني نوفر هذه الخدمة لكي نبقيك على اطلاع حول محتوى الملف الذي ستقوم بتحميله .
الرجوع الى لوحة التحكم
|