The key difference between electrode potential and cell potential is that electrode potential refers to the ability of an electrode in a cell to get reduced or oxidized whereas cell potential is the difference between the electrode potentials of the electrodes present in an electrochemical cell. Electrode potential and cell potential are terms that explain […]
Difference Between Beryllium and Lithium
The key difference between beryllium and lithium is that beryllium is a white-grey metal that is diamagnetic, whereas lithium is a silvery-grey metal that is paramagnetic. Both beryllium and lithium are in the same period, period 2. However, they are in two different groups in the periodic table. Therefore, they have different properties. Both these […]
Difference Between Synthesis Reaction and Dissociation Reaction
The key difference between synthesis reaction and dissociation reaction is that synthesis reaction involves the formation of a new compound via a combination of two or more reactants whereas dissociation reaction involves the breakdown of a compound into two or more components. Synthesis reaction and dissociation reaction are opposite of each other. The synthesis reaction […]
Difference Between Neutron Capture and Absorption
The key difference between neutron capture and absorption is that neutron capture refers to the combination of a neutron and a heavy nucleus via collision whereas neutron absorption refers to the formation of a compound nucleus when a nucleus completely absorbs a neutron. Neutron capture and neutron absorption are two types of nuclear reactions. Both […]
Difference Between Ksp and Keq
The key difference between Ksp and Keq is that the term Ksp describes the solubility of a substance, whereas the term Keq describes the equilibrium state of a particular reaction. Ksp stands for solubility product constant while Keq stands for equilibrium constant. Ksp is also a type of equilibrium constant, but it deals only with […]
Difference Between Buffer Action and Buffer Capacity
The key difference between buffer action and buffer capacity is that buffer action refers to the ability of a solution to resist changes in pH whereas buffer capacity refers to the moles of acid or base needed to change the pH of a solution. A buffer solution is an aqueous solution made up of a […]
Difference Between TPH and TRH
The key difference between TPH and TRH is that TPH refers to the total amount of hydrocarbons that can be found in petroleum, whereas TRH refers to the total amount of hydrocarbons we can recover from petroleum. Petroleum is a naturally occurring liquid that appears in yellow colour, and we can find it in the […]
Difference Between Reduction Potential and Reducing Power
The key difference between reduction potential and reducing power is that reduction potential refers to the ability of a chemical species to undergo reduction or oxidation whereas reducing power refers to the ability of a chemical substance to reduce another chemical species. Reduction potential is a parameter we can use to measure the reducing power […]
Difference Between Metathesis and Redox Reactions
The key difference between metathesis and redox reactions is that in metathesis reactions, the exchange of two ionic species between two molecules occurs whereas, in redox reactions, the exchange of electrons between two chemical species occurs. Metathesis and redox reactions are two types of chemical reactions. But they have different mechanisms of action. Metathesis is […]
Difference Between Carbamates and Organophosphates
The key difference between carbamates and organophosphates is that carbamates do not contain phosphate, whereas organophosphates essentially contain phosphate. We can find the terms carbamates and organophosphates in the field of agriculture under the subcategory of insecticides. Both of these are organic compounds. They differ from each other according to the chemical structure and properties. […]
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