1. ❤️how did the change of stress (adding or removing reactants or products) cause a shift in the…

1. ❤️how did the change of stress (adding or removing reactants or products) cause a shift in the equilibrium system of your solutions? use data to support your answer. make sure you discuss all four stress changes:\n- adding a reactant\n- adding a product\n- removing a reactant\n- removing a product

1. ❤️how did the change of stress (adding or removing reactants or products) cause a shift in the equilibrium system of your solutions? use data to support your answer. make sure you discuss all four stress changes:\n- adding a reactant\n- adding a product\n- removing a reactant\n- removing a product

Answer

Brief Explanations:

According to Le - Chatelier's principle, when a stress is applied to a chemical equilibrium system, the system will shift to counteract the stress. Adding a reactant increases the concentration of reactants, so the equilibrium shifts towards the products to consume the added reactant. Adding a product increases the product concentration, and the equilibrium shifts towards the reactants to consume the added product. Removing a reactant decreases the reactant concentration, and the equilibrium shifts towards the reactants to replenish the removed reactant. Removing a product decreases the product concentration, and the equilibrium shifts towards the products to replenish the removed product. Data from the experiment (such as changes in concentrations, colors, or other measurable properties over time) can be used to support these shifts. For example, if adding a reactant leads to an increase in the amount of product formed as measured by a color - change or a change in concentration, it shows the equilibrium has shifted towards the products.

Answer:

Adding a reactant shifts equilibrium towards products. Adding a product shifts equilibrium towards reactants. Removing a reactant shifts equilibrium towards reactants. Removing a product shifts equilibrium towards products. Use experimental data like concentration or color - change data to support these statements.