bioneethub.in Formula in electrochemistry is the Nernst Equation support in figuring out an electrochemical cell’s electrode potential in unusual circumstances. It shows that how temperature, the concentration of the reactive species, and the cell potential and standard cell potential relate to one another. Preamble of Nernst Equation The electrode potential in an electrochemical cell is the … Read more
Fluid dynamics is vital, especially when we study about fluid motion. Streamline flow, sometimes called as laminar flow, is one of the most basic forms of fluid flow. It has a big impact on environmental science, engineering, and medicine it helps us to understand how gases and liquids travel under different circumstances. Medicine What is … Read more
Electrochemical cells transform chemical energy into electrical energy through redox processes. These cells are essential for many uses, such as industrial operations, batteries, and electrolysis. Batteries Definition and Working Principle The anode (anode is generally positive side of cell) and cathode (cathode is generally negative side of cell) of an electrochemical cell are both submerged … Read more
Pressure is important for many natural processes and real applications. Its measure the amount of force exerted per unit area. Pressure has an impact on our everyday lives that we frequently are not aware of, from the air we breathe to the fluids in our bodies. Definition of Pressure Pressure is defined as the force … Read more
When a substance’s experimentally obtained molar mass deviates from its theoretical or predicted value, this is called as anomalous molar mass. The reported molar mass may rise or fall as a result of the association or dissociation of molecules in a solution, which frequently causes this discrepancy. It is essential to understand this idea, particularly … Read more
A basic characteristic of materials is called their elasticity, which enables them to regain their original shape after deformation by an outside force. The study of elasticity is essential to know about their uses since it aids in the design of numerous instruments, machinery, and structures. The elastic properties of materials are used in a … Read more
Solutions are essential for many applications, ranging from biological systems to industrial processes. How solutes impact solvents, especially when a non-volatile solute dissolves in a liquid, is made easier by a unique combination of characteristics known as colliding properties. These characteristics are separate since they rely solely on the quantity of solute particles present in … Read more
We utilise force to change the shape of objects when we bend a metal rod, push a sponge, or stretch a rubber band. However, have we ever seen that various materials react differently to the same force? Metal rod A steel wire hardly changes length, whereas a rubber band expands readily. This occurs as a … Read more
Depending on how their molecules interact, two or more substances may behave differently when combined to produce a solution. While some solutions behave in an ideal manner and some are do not behave in an ideal manner. Molecules What is an Ideal Solution? A solution that perfectly complies with Raoult’s Law at all temperatures and … Read more
How materials react to forces is the stress-strain curve. Important information about a material’s strength, elasticity, and resistance to external stress is provided by this curve. Curve line What is Stress and Strain? 1.Stress (σ): It is the internal restoring force per unit area that develops when a material is subjected to an external force. … Read more