The value of the equilibrium constant expression K is a constant for a particula
ID: 489953 • Letter: T
Question
The value of the equilibrium constant expression K is a constant for a particular reaction at a given temperature, and that this value is (dependent or independent) of the eyebrow concentrations of the chemicals substituted into the equation. A solution that has a [H^+] concentration of 10^-4 M has a pH of Henry's law states at equilibrium, the partial pressure of a chemical in phase is linearly proportional to the convention of the chemicals in ft In a closed system, the concentration of carbonate species is constant and equals to The two common catabolic, energy-yielding pathways are: The term tropic is used to describe the level of nourishment. Based on types of energy sources used by the organisms, the tropic level can be divided into and in a material balance problem, the situation where the rate of accumulation is zero is referred to as: The first law of thermodynamics states that: Eutrophication results primarily from an increase in the concentration(s) of _and/or __in lakes and/or marine systems. The average linear velocity of water in an aquifer is always an the Darcy velocity in the same formation.Explanation / Answer
Answer1. Independent
Explaination. Equilibrium constants does not change if you change the concentrations of things present in equilibrium. The only thing that changes an equilibrium constant is a change in temperature.In the statement the concentrations are in equilibrium hence, K is independent of concentrations of the chemicals.
Answer5. Digestion and Photosynthesis
Explaination. Catabolism is the break down of complex molecules into simpler form to give out energy. The process of digestion inside human body includes the breakdown of complex carbohydrates into glucose to give out energy needed by the body.Similarly,in photosynthesis glucose is broken down into ATP which is required for cellular respiration.
Answer6. Autotrophs and Hetrotrophs
Explaination. Autotrophs produce complex organic compouns from simple substances like light and inorganic chemical reaction. Hetrotrophs uses organic carbon for growth.
Answer8. The first law of thermodynamics states that energy can neither be created nor be destroyed.It can be transformed in the form of work done by a system.
Answer9.Nitrogen and Phosphorous.
Answer10. Average linear velocity is always < darcy velocity
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