Ch 1 Chemical Equilibrium | lec 2 |Class 10 new Chemistry Book |Sindh board | BIOs Attraction
Dr. Arfa Bakhtiar Lectures・7 minutes read
The video explains the concept of gaming equilibrium in chemical reactions, focusing on concentration changes over time, and the dynamic equilibrium in a closed system. It discusses the properties of forward and reverse reactions, highlighting how concentrations reach stability in dynamic equilibrium.
Insights
- The video explains the concept of gaming equilibrium in chemical reactions, highlighting the relationship between reactant and product concentrations over time.
- It emphasizes the significance of dynamic equilibrium in closed systems, where reactant and product concentrations stabilize, showcasing a crucial aspect of reversible reactions.
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Recent questions
What is gaming equilibrium?
Gaming equilibrium refers to the balance achieved in a chemical reaction where the concentration of reactants decreases over time while the product concentration increases. This equilibrium is crucial in understanding the relationship between concentration and time in reactions.
What does the graph in the video show?
The graph in the video displays two lines representing time and concentration. It illustrates how the concentration of reactants decreases over time, while the product concentration increases. The graph also highlights a constant concentration point where the reactant concentration stops decreasing and the product concentration stops increasing.
What are forward and reverse reactions?
Forward reactions involve the conversion of reactants into products, while reverse reactions involve the conversion of products back into reactants. The video emphasizes the direction, initial rate, and dynamic equilibrium where concentrations stabilize in a closed system for both types of reactions.
How do reversible reactions work?
Reversible reactions are chemical reactions that can proceed in both the forward and reverse directions. This means that reactants can form products, and products can also revert back to reactants. The video discusses the properties of reversible reactions, highlighting the concept of dynamic equilibrium where concentrations stabilize over time.
What is the significance of concentration in reactions?
Concentration plays a crucial role in chemical reactions as it affects the rate at which reactants are converted into products. The video showcases how concentration changes over time in reactions, demonstrating the relationship between concentration and the progression of a reaction. Understanding concentration is essential in grasping the dynamics of chemical equilibrium and reaction kinetics.
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