Answer:
Increase D ⇒ rightward shift
Increase E ⇒ rightward shift
Increase F ⇒ leftward shift
Decrease D ⇒ leftward shift
Decrease E ⇒ leftward shift
Decrease F ⇒ rightward shift
Triple D and reduce E to one third ⇒ no shift
Triple both E and F ⇒ no shift
Explanation:
Changes in the concentrations of reactants y products affect to the equilibrium. In this case, D and E are reactants and F is the product.
When a change in the factors affecting equilibrium occur, the system will react in order to counteract the change imposed.
- If a increase of reactant occur, the system will tend to produce more products (<em>rightward shift</em>). For example: increase D, increase E. In contraposition, if a decrease of reactant occur, the system will produce more reactants (<em>leftward shift</em>). For example: decrease D, decrease E.
- If a increase of product occur, the system will tend to produce more reactants (<em>leftward shift</em>). For example: increase F. In contraposition, if a decrease of product occur, the system will produce more products (<em>rightward shift</em>). For example: decrease F.
- If we change both reactants and products concentration in the same amount, the net change is zero, so there is <em>not shift</em>. For example: Triple D and reduce E to one third (D x 3 and E/3, there is not change in the total amount of reactants) ; Triple both E and F (E x 3 and F x 3, the net change is zero).
Answer:
A
Explanation:
I think the answer would be A
Answer:
i believe the answer is 2 ecological succession
Explanation:
if not 2 it would be selective breeding but two makes more sence
let me know if it was helpful
