_______1. When the ∆G of a given reaction is positive, what does this mean? The reaction will proceed spontaneously to produce a product The reaction is spontaneous in reverse reaction The reaction is at equilibrium where the concentration of both reactant and product seems to stop in interacting. None of the above   _______2. When the ∆G of a given reaction is negative, what does this mean? The reaction will proceed spontaneously to produce a product The reaction is spontaneous in reverse reaction The reaction is at equilibrium where the concentration of both reactant and product seems to stop in interacting. None of the above   _______4. For a reaction to being spontaneous under standard condition at all temperature, the signs of ∆H and ∆S must be _____ and _____, respectively. Positive, positive Positive, negative Negative, positive Positive, 0

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_______1. When the ∆G of a given reaction is positive, what does this mean?

  1. The reaction will proceed spontaneously to produce a product
  2. The reaction is spontaneous in reverse reaction
  3. The reaction is at equilibrium where the concentration of both reactant and product seems to stop in interacting.
  4. None of the above

 

_______2. When the ∆G of a given reaction is negative, what does this mean?

  1. The reaction will proceed spontaneously to produce a product
  2. The reaction is spontaneous in reverse reaction
  3. The reaction is at equilibrium where the concentration of both reactant and product seems to stop in interacting.
  4. None of the above

 

_______4. For a reaction to being spontaneous under standard condition at all temperature, the signs of ∆H and ∆S must be _____ and _____, respectively.

  1. Positive, positive
  2. Positive, negative
  3. Negative, positive
  4. Positive, 0

 

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