Bsc 2nd year books

Chapter 2:- Transition Elements B.sc 2nd year Book Advance Inorganic Chemistry (Page 1) Transition Elements What are transition Elements? The elements located in groups 3-12 of the modern Periodic Table are called transition elements. These elements have partly filled d...

Chapter 1:- Concept of Electrode Potential B.sc 2nd year Book Advance Inorganic Chemistry (Page 8) Concentration Cell Concentration cells are electrochemical cells and a limited form of galvanic cells. They are made up of two half-cells in which electrodes are...

Ch. 1:- Concept of Electrode Potential B.sc 2nd Year Books Advance Inorganic Chemistry (Page 7) Nernst Equation Nernst equation describes the quantitative relationship between electrode potential and concentrations of the substances involved in the electrode or half-cell reaction. This...

Chapter 1:- Concept of Electrode Potential B.sc 2nd year Book Advance Inorganic Chemistry (Page 6) Electrochemical Series 'Electrochemical Series' is the series that represents an arrangement of electrodes in the increasing order of their standard reduction potentials(or decreasing order of...

Chapter 1:- Concept of Electrode Potential B.sc 2nd year Book Advance Inorganic Chemistry (Page 5) Electrode Potential When a strip of metal is immersed in its salt solution a net negative or positive charge is developed on the metal with...

Chapter 1:- Concept of Electrode Potential B.sc 2nd year Book Advance Inorganic Chemistry (Page 4) Daniell Cell A Daniell cell is an electrochemical cell(or voltaic cell or galvanic cell) in which oxidation and reduction reactions take place in two separate...

Chapter 1:- Concept of Electrode Potential B.sc 2nd year Book Advance Inorganic Chemistry (Page 3) Electrochemical Cell A device used to convert the chemical energy produced in a redox reaction into electrical energy is called an 'electrochemical cell’....

Chapter 1:- Concept of Electrode Potential B.sc 2nd year Book Advance Inorganic Chemistry (Page 2) Faraday's Laws of Electrolysis In 1834, Michael Faraday, on the basis of his investigations found that chemical changes at the electrodes during electrolysis depend on...