The more concentrated the solution of reactants, the more the reaction wants to push right making more products.
Same goes vice-versa; if there's more products, then the reaction will push left producing more reactants.
Combining the reactants at a lower temperature. Reducing the concentration of reactants. Grinding one of the reactants into a powder. Removing the catalyst.
Temperature of system (molecular vibrational speed), Pressure of system (proximity), Catalysts (lowers activation energy of reaction), Volume of vessel (related to pressure), and Concentration of reagents (more collisions).
The products becoming more ordered than the reactants
Adding reactants to an equilibrium mixture will cause the equilibrium to shift to the right in order to consume the excess reactants. This helps restore the equilibrium conditions by favoring the forward reaction to produce more products.
The products becoming more spread out.
Combining the reactants at a lower temperature. Reducing the concentration of reactants. Grinding one of the reactants into a powder. Removing the catalyst.
A reaction occurs when reactants come into contact with each other and have sufficient energy to overcome the activation energy barrier. Factors that can affect the likelihood of a reaction include concentration, temperature, pressure, and the presence of a catalyst.
Temperature of system (molecular vibrational speed), Pressure of system (proximity), Catalysts (lowers activation energy of reaction), Volume of vessel (related to pressure), and Concentration of reagents (more collisions).
There can be many cases. One of them being that you take the reactants in excess then a little portion of the reactants remain. Another is the reaction cannot take place. In reversible reactions. But you should note that the exact proportion of reaction cannot remain in a reaction cause you are trying to form new comounds during this reaction.
An increase in temperature, pressure, or concentration of reactants can cause an increase in speed in a combustion reaction. This provides more energy to break the bonds and allows the reaction to proceed faster.
Chemists cannot control reaction rates through factors such as temperature fluctuations, which can lead to unpredictable kinetic energy changes. Additionally, variations in concentration of reactants can cause inconsistencies in reaction speed. The presence of impurities or catalysts can also alter reaction dynamics in unforeseen ways. Lastly, external conditions like pressure changes, particularly in gaseous reactions, can unpredictably affect the rate of reaction.
For most reactions, the lowering of the temperature of the reactants.
The products becoming more ordered than the reactants
Increasing the concentration of either SO2 or O2 would drive the reaction towards the formation of more SO3, resulting in an increase in the concentration of SO3. Increasing the temperature, however, would cause the greatest increase in the concentration of SO3 as it favors the forward reaction which produces more SO3.
The products becoming more ordered than the reactants
say for example the equilibrium I2(aq)+H2O(l)-----HOI(aq)+I(aq)+H(aq) Think Lechatlier principle... addition of NaOH will cause the H ions to react with the OH ions to cause more water (more reactants) increase in reactants shifts the equilibrium in the FORWARD direction to form MORE H+ to restore the equilibrium
I think loud music doesn't affect your concentration. In some cases the rhythm of the music can cause a certain concentration. Then the way you remember the music you'll be able to remember what you were doing.