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Electrolysis vs Laser Women have traditionally desired to have a smooth and glowing skin without hair. They have been making use of different methods to remove unwanted hair from various body parts such as armpits, arms, legs, and even the pubic area. While waxing remains a popular hair removal method for most women around […]
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Electroplating vs Electrolysis What is Electrolysis? Electrolysis is a process, which uses a direct electrical current to break chemical compounds. So electrolysis process needs an external source of electrical energy for operation. A spontaneous chemical reaction is forced to do in electrolysis. For electrolysis to take place, the substance should pass electric current. Therefore, […]
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Strong vs Weak Electrolytes All the compounds can be categorized into two groups, as electrolytes and non-electrolytes based on their ability to produce ions and, therefore, able to conduct electricity. The process of passing a current through an electrolytic solution and, therefore, forcing the positive and negative ions to move towards their respective electrodes […]
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Electrode vs Electrolyte Electrolyte and electrode are two very important concepts discussed in the fields of electrochemistry. An electrolyte is basically a solution of ions. An electrode is a device that is used to create an electrical connection between a conductor and a non-conductor. Both of these concepts are widely used in fields such […]
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Electrochemical Cell vs Electrolytic Cell In electro chemistry oxidation, reduction reactions play an important role. In an oxidation reduction reaction, electrons are transferring from one reactant to another. The substance that accepts electrons is known as a reducing agent, where as the substance which gives away the electron is known as the oxidizing agent. […]
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Electrolytic vs Galvanic Cells Electrolytic and galvanic cells are two types of electrochemical cells. In both electrolytic and galvanic cells, oxidation-reduction reactions are taking place. In a cell, there are two electrodes called an anode and a cathode. Oxidation reaction takes place on the anode, and the reduction reaction takes place on the cathode. Electrodes […]