An endothermic reaction with positive entropy change can be spontaneous only at low temperatures
True or false
False.
An endothermic reaction with positive entropy change can be spontaneous only at low temperatures True or...
What can be said about an Endothermic reaction with a negative entropy change? The reaction is a. spontaneous at all temperatures. b. spontaneous at high temperatures. c. spontaneous at low temperatures. d. spontaneous in the reverse direction at all temperatures. e. nonspontaneous in either direction at all temperatures. What can be said about an Exothermic reaction with a negative entropy change? The reaction is a. spontaneous at all temperatures. b. spontaneous at high temperatures. c. spontaneous at low temperatures. d....
What can be said about an endothermic reaction with a negative entropy change? The reaction is What can be said about an endothermic reaction with a negative entropy change? spontaneous at all temperatures. spontaneous at high temperatures. spontaneous at low temperatures. spontaneous in the reverse direction at all temperatures. nonspontaneous in either direction at all temperatures. Part B What can be said about an exothermic reaction with a negative entropy change? The reaction is What can be said about an...
What can be said about an endothermic reaction with a negative entropy change? The reaction is What can be said about an endothermic reaction with a negative entropy change? spontaneous at all temperatures. spontaneous at high temperatures. spontaneous at low temperatures. spontaneous in the reverse direction at all temperatures. nonspontaneous in either direction at all temperatures.
Is an endothermic reaction with a decrease in entropy always spontaneous, never spontaneous or sometimes spontaneous and why
The reaction Na(aq) + OH(aq) → NaOH(s) is endothermic. At what temperatures will this reaction be spontaneous? A Both high and low temperatures B Neither high nor low temperatures C Only high temperatures D Only low temperatures
A reaction will be spontaneous only at low temperatures if both ? H and ? S are negative. For a reaction in which ? H = ?390.1 kJ/mol and ? S = ?96.00 J/K · mol, determine the temperature (in ° C) below which the reaction is spontaneous.
2. Decide whether each of the following statements is true or false. If false, rewrite it to make it true. a. Entropy of the universe increases in all spontaneous reactions. wo False If entropy is bw enough it con be spontaneous, b. Reactions with a negative free energy change (A-Gº <0) are product-favored and occur with rapid transformation of reactants to products. True c. An exothermic reaction will always be spontaneous. I NO when AH is negative the reaction can...
2. Indicate whether each statements is true of false. (a) Endothermic reaction cannot be spontaneous (b) Water can be decomposed to form H2 and O2, and the H2 and O2 can be recombined to from water This means the processes are thermodynamically reversible. 2. Indicate whether each statements is true of false. (a) Endothermic reaction cannot be spontaneous (b) Water can be decomposed to form H2 and O2, and the H2 and O2 can be recombined to from water This...
A reaction is spontaneous. What can you conclude about the reverse reaction? It must be endothermic. It is non-spontaneous. It must have a decrease in entropy. It is in equilibrium.
For a chemical reaction to be only spontaneous at low temperatures, which of the following conditions must be met? ∆S < 0, ∆H < 0 ∆S > 0, ∆H < 0 ∆S < 0, ∆H > 0 ∆S > 0, ∆H > 0