Question

Consider the reaction A?B, where Keq is 10^ -3. Initial concentrations of A and B are 10^4 uM and 100uM respectively. If, at equilibrium, you add 10^6 uM of product, what would be the outcome? The reaction would remain at equilibrium because there would be no net change happening The reaction would move towards making more product The reaction would remain at equilibrium because you're just adding more reactant The reaction would move towards making more reactant

          Consider the reaction A?B, where Keq is 10^ -3. Initial concentrations of A and B are 10^4 uM and 100uM respectively. If, at equilibrium, you add 10^6 uM of product, what would be the outcome?

The reaction would remain at equilibrium because there would be no net change happening
The reaction would move towards making more product
The reaction would remain at equilibrium because you're just adding more reactant
The reaction would move towards making more reactant

Consider the reaction A?B, where Keq is 10^ -3. Initial concentrations of A and B are 10^4 uM and 100uM respectively. If, at equilibrium, you add 10^6 uM of product, what would be the outcome?

The reaction would remain at equilibrium because there would be no net change happening
The reaction would move towards making more product
The reaction would remain at equilibrium because you're just adding more reactant
The reaction would move towards making more reactant

Added by Oscar M.

Biology for AP Courses

Julianne Zedalis, John Eggebrecht

Instant Answer

Solved by Expert Adi S

06/13/2023

Step 1

Write the reaction: A -> B Show more…

Show all steps

Thanks for your feedback!

Consider the reaction A↔B, where Keq is 10^-3. Initial concentrations of A and B are 10^4 uM and 100 uM respectively. If, at equilibrium, you add 10^6 uM of product, what would be the outcome? The reaction would remain at equilibrium because there would be no net change happening The reaction would move towards making more product The reaction would remain at equilibrium because you're just adding more reactant The reaction would move towards making more reactant