Asked by bob
Use the image to answer the question.
A photo shows a person in a laboratory mixing two clear liquids resulting in a yellow precipitate.
How can you tell that this process is not at equilibrium?
(1 point)
The system is not at a constant temperature and must not be at equilibrium.
The forward reaction is happening faster than the reverse reaction.
The reaction mixture is not complete as reactants are still being added to the system.
The reverse reaction is happening faster than the forward reaction.
All Answers 1
Answered by
GPT-5 mini
AI
The forward reaction is happening faster than the reverse reaction.
Explanation: formation of a yellow precipitate shows a net change (products being formed). At equilibrium there would be no net change — rates of forward and reverse would be equal.
Explanation: formation of a yellow precipitate shows a net change (products being formed). At equilibrium there would be no net change — rates of forward and reverse would be equal.
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