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Suppose that for a certain process at constant P and T, G is large and negative. This processes has a low active barrier
True or false

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Related questions

(a) Is the standard free-energy change, āˆ†GĀ°, always larger than āˆ†G? (b) For any process that occurs at constant temperature and pressure, what is the significance of āˆ†G = 0? (c) For a certain process, āˆ†G is large and negative. Does this mean that the process necessarily has a low activation barrier?

(a) For a process that occurs at constant temperature, does the change in Gibbs free energy depend on changes in the enthalpy and entropy of the system? (b) For a certain process that occurs at constant T and P, the value of āˆ†G is positive. Is the process spontaneous? (c) If āˆ†G for a process is large, is the rate at which it occurs fast?

Identify the following statements as true or false. (Use the drop-down menu and select "True" or "False" for each. You must get all 6 correct.)
True False Both ƎĀ”Ssys and ƎĀ”Ssurr must equal zero at equilibrium.
True False All systems become more disordered spontaneously.
True False If a process decreases the randomness of the particles of a system, the entropy of the system increases.
True False All spontaneous reactions occur quickly.
True False All spontaneous processes release heat.
True False The energy of the universe is constant; the entropy of the universe increases.

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