3/23/2023 0 Comments Excitabat fluctus in simpuloA mole of CO 2 is 6.022 X 10 23 molecules of CO 2 whether those CO 2 molecules are in air, water, ocean or beer. For CO 2 concentration, the units are molecules of CO 2. c(CO 2 gas) is the concentration in moles of CO 2 gas in atmosphere per mole of atmosphere.Ī mole is 6.022 X 10 23 units of anything.where c(CO 2 aqueous) is the concentration in moles of aqueous CO 2 gas per mole of water, and.K H = c(CO 2 aqueous) divided by c(CO 2 gas) Like boiling point, certain conditions apply.Īt a specified temperature, in a two-phase system of a gas phase in contact with a liquid phase, and where the gas is a minor component, and when only the gas which has not reacted with the liquid is considered, the Henry’s coefficient is expressed as: The solubility ratio of a gas in contact with a liquid is defined in Henry’s Law, which is described for many different gas – liquid combinations and conditions in the experiments of William Henry in the 1800’s. The solubility ratio is fixed for a given temperature and combination of gas and liquid, except under certain other conditions as described below. That ratio does not change when more gas is added to the air nor when that gas is subtracted from the air. Gas solubility is the ratio of the concentration of a gas versus concentration of that gas in the liquid. Addition or subtraction of an amount of material does not change its molecular weight.Īnother example of an intensive property of matter is the solubility of a gas in a liquid. Another example of an intensive property of matter is molecular weight. The boiling point of water (212 degrees F or 100 degrees C) at standard pressure (1 atmosphere) and temperature (25 degrees C) (STP) is an intensive property of matter. The boiling point does change under certain other conditions, for example if salt or other substances are added to the water or when boiling water at high altitudes or reduced air pressure. The time required to boil the water changes and/or the amount of heat required to boil the water changes, but the boiling point does not change. If more water is added to the pot, the boiling point of the water does not change. “Excitabat fluctus in simpulo” ~ Cicero, in De Legibus, circa 52 BCĬonsider a pot of boiling water. Chilingarian (a/k/a Chilingar)ĬO 2 “crisis” is a “tempest in a teapot” or a “storm in a teacup.” Endangerment and Cause or Contribute Findings for Greenhouse Gases Under Section 202(a) of the Environmental Protection Agency (EPA) Clean Air Act.Don’t Be Afraid of Climate Change – the Book.Adiabatic heat dissipation discussion (Audio).Manmade CO2 Does Not Cause Measurable Warming.Yearly temperature variation and atmospheric CO2 levels, 1979 – 2018.Tutorial: Anthropogenic Global Warming (AGW).
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