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Condensation is a process for which O AG is negative at high temperature but positive at...
A process has a negative AH and a positive AS. Which of the following is true? the process is spontaneous at all temperatures the process isnon-spontaneous at all temperatures the process is spontaneous at high temperatures the process is spontaneous at low temperatures For a reaction in which AG is large and positive, which is true? AG is large and positive AG is large and negative Ο ΔG = ΔG none of these can be assumed
3. Condensation of a gas to a liquid is an example of a process for which (choose one or more): (a) AH, AS, and AG are negative at all temperatures. (b) AH, AS, and AG are positive at all temperatures. (c) both AH and AS are positive. (d) AH is negative and AS is positive. (e) both AH and AS are negative. Please explain your choices.
Question 12 1 pts Consider the process represented in the diagram. Which statement(s) is/are TRUE? Select all. O A His positive, AS is positive O AH is negative, AS is negative O AHis negative, AS is positive A His positive, AS is negative O AG is negative at all temperatures. AG is negative at high temperatures. O AG is negative at low temperatures. O AG is positive at all temperatures.
Under which of the following conditions is a process spontaneous at high temperatures and nonspontaneous at low temperatures? Select the correct answer below: O AH and AS are both positive O AH and AS are both negative O ΔH is positive and Δ.S is negative O AH is negative and AS is positive
For a process, ΔS is positive and ΔH is negative. This process: Select one: a. is spontaneous at very high temperatures b. is spontaneous at all temperatures c. is not spontaneous at any temperature d. is at equilibrium e. is spontaneous at very low temperatures
U Question 12 1 pts Consider the process represented in the diagram. Which statement(s) is/are TRUE? Select all. D A His positive, AS is positive O A His negative, AS is negative O A His negative. AS is positive A His positive. As is negative DAG is negative at all temperatures. AG is negative at high temperatures. O AG is negative at low temperatures. AG is positive at all temperatures.
first pull down choices : o, positive + , negative - Question 17 For the process 2X) + X2(g), AR° – +154 kJ a) What would be the predicted sign of AS Select b) Under which temperature conditions in this reaction spontaneon ( Select the reaction is never spontaneous at any temperatures at low temperatures only at high temperatures only • Previous No new data to save. Last MacBook
- The reaction N2(g) + 3 F2 (g) → 2 NF3 (9), as A Hºis -248.6 kJ mol- and ArSº is -278.7 JK moll. Calculate the temperature at which the eaction will be at equilibrium. Assume A Hº and A Sº are independent of temperature. - Condensation of a gas to a liquid is an example of a process for which (choose one or more): (a) AH, AS, and AG are negative at all temperatures. (b) AH, AS, and AG...
em 11 Review Constants ! Predict the spontaneity of a reaction (and the temperature dependence of the spontaneity) for each possible combination of signs for AH and AS (for the system). Part A A negative, AS positive The reaction will be spontaneous at low temperature, but nonspontaneous at high temperature, The reaction will be nonspontaneous at all temperatures. The reaction will be spontaneous at all temperatures. The reaction will be nonspontaneous at low temperature, but spontaneous at high temperature. Submit...
Please help explain!! Which would have a positive DeltaG o at low temperatures but a negative DeltaG o at high temperatures? Water freezing or water boiling?