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ontaneous 25. (5 pts) Uranium (VI) fluoride was sublimed, ionized, and separated to extract U- 235...
Uranium (VI) fluoride was sublimed, ionized, and separated to extract U-235 isotope from bulk uranium by an Iranian laboratory. The enthalpies of formation for solid and gaseous UF6 are –2137 KJ/mole and –2113 KJ/mole, respectively. The sublimation process is given by: UF6 (s) = UF6 (g). The amount of energy needed to sublime 9.886 Kilograms of UF6 , in Kcal is:
25.mmb.5. pts) Uranium (VI) fluoride was sublimed, ionized, and separated to extract U-235 isotope from bulk uranium by an Iranian laboratory. The enthalpies of formation for solid and gaseous UF6 arem-2137 KJ/mole and -2113 KJ/mole, respectively. The sublimation process is given by: UF6 (s) → UF6 (g). The amount of energy needed to sublime 9.886 Kilograms of UF hu in Kcal is:
25. ( 5 pts) Uranium (VI) fluoride was sublimed, ionized, and separated to extract U-235 isotope from bulk uranium by an Iranian laboratory. The enthalpies of formation for solid and gaseous UF, are -2137 KJ/mole and -2113 KJ/mole, respectively. The sublimation process is given by: UF. (5) → UF(g). The amount of energy needed to sublime 9.886 Kilograms of UF, in Kcal is:
AS AG 24. (5 pts.) Fill in the blanks with ( +, -, 0 ) for the value of each situation below: AH endothermic) Less disorder At equilibrium exothermic Same disorder Non-spontaneous adiabatic More disorder Spontaneous 25. ( 5 pts) Uranium (VI) fluoride was sublimed, ionized, and separated to extract U-235 isotope from bulk uranium by an Iranian laboratory. The enthalpies of formation for solid and gaseous UF, are -2137 KJ/mole and -2113 KJ/mole, respectively. The sublimation process is given...