Even liquids and solids are slightly compressible. A common phenomenological form for the volume as a...
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Even liquids and solids are slightly compressible. A common phenomenological form for the volume as a function of pressure is: V(p)= Ver(P-Po) where K, is the isothermal compressibility. Find G(p) in terms of V., P., , and the current pressure p. (you may express your answer with a term G (P) which you have not been given.) KT for liquid water is 5.0×10 atm ¹. Using the form for the compressibility given in the last problem, how much pressure needs to be applied to compress one liter of water to a volume of .99 liters? Even liquids and solids are slightly compressible. A common phenomenological form for the volume as a function of pressure is: V(p)= Ver(P-Po) where K, is the isothermal compressibility. Find G(p) in terms of V., P., , and the current pressure p. (you may express your answer with a term G (P) which you have not been given.) KT for liquid water is 5.0×10 atm ¹. Using the form for the compressibility given in the last problem, how much pressure needs to be applied to compress one liter of water to a volume of .99 liters?
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