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Advanced Chemistry: Polymerisation
Advanced Chemistry: pH Equilibrium and Solubility
Advanced Diploma in Abrasive Machining and Finishing Processes
Advanced Cardiac Life Support (ACLS)
Advanced Chemistry: Analytical Chemistry and Organic Synthesis
Advanced Chemistry: Introduction to Electrochemistry
This advanced chemistry course delves into electrochemistry and explains electrolysis electrode potential cells and batteries. We begin by discussing redox reactions found in two types: oxidation and reduction reactions. We then describe the chemical reactions influenced by a passing current (called ‘electrolysis’) the electrolysis cell with its components and reactions at the anode and cathode. We then explain how to use quantitative electrolysis to determine the amount of metal deposited when passing a specific current. The course shows you how to calculate the Avogadro constant using an electrolytic method.The course then moves on to electrode potential and lays out the method of measuring the electrode potential of a half-cell using a reference electrode (for example a standard hydrogen electrode with a known potential). We also investigate galvanic cells (voltaic cells) which use spontaneous redox reactions to produce electricity and their constituent parts. We also compare electrolytic and galvanic cells. The course then examines standard cell potential cell voltage (standard cell potential) and how temperature pressure or concentration affect the electrode potential.We then cover the Nernst equation which relates the electrode potential to the temperature and concentration of an electrode. The course investigates primary batteries (non-chargeable disposable batteries) including cylindrical and button primary batteries along with their components and some secondary batteries (rechargeable) such as lead and Lithium-ion batteries along with their usage in cars and electronics. We also discuss hydrogen-oxygen fuel cells that power automobiles by generating energy through a redox reaction. Finally we outline the use of molten electrolytes and aqueous electrolytes. This advanced chemistry course suits chemistry students and aspiring electrical engineers. Sign up to learn more about batteries and electrochemistry.
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Disclaimer: Some of the links on this website are affiliate links, meaning we may earn a commission if you click through and make a purchase. This comes at no additional cost to you.
By clicking the button above, you acknowledge that you will be redirected to a third-party website and agree to their terms and conditions.
Product information, including title, description, and images, is sourced/provided by our affiliate partner, Alison US CA.
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Share this product with a friend:
Refer a friend and earn 0.05 CEC when they click the link, plus an additional 1.00 CEC if they register. Share this Product and boost your earnings together!