the number of particle collisions increases
Stirring the mixture increases the contact between reactants, thereby enhancing the rate of reaction. It helps distribute heat more evenly, leading to uniform temperature throughout the mixture. This can also help maintain homogeneity in the system and prevent local concentrations of reactants.
Stirring the mixture of crushed marbles and acid enhances the interaction between the acid and the marble particles, leading to a more uniform distribution of the acid. This increased contact accelerates the reaction, resulting in a faster release of carbon dioxide gas as the acid reacts with the calcium carbonate in the marbles. Overall, stirring improves the efficiency of the reaction and can increase the rate at which the marbles dissolve.
When acid is added to crushed marble, a chemical reaction occurs between the acid and calcium carbonate in the marble, producing carbon dioxide gas, water, and a salt. Stirring the mixture enhances the reaction by increasing the contact between the acid and the marble particles, allowing for more effective dissolution and gas release. This agitation accelerates the reaction rate, leading to a quicker production of bubbles and more vigorous effervescence. Overall, stirring facilitates a more uniform and rapid reaction within the system.
by the addition and stirring of baking soda into the mixture
Stirring a mixture
Stirring and increasing temperature increase the dissolving rate.
The rate of stirring refers to the speed at which a solution or mixture is agitated or mixed. It is typically measured in revolutions per minute (RPM) for mechanical stirring devices or as a function of the stirring speed for manual stirring. The rate of stirring is important in determining the efficiency of mixing reagents and achieving uniformity in a solution.
Mylene
stirring. the amount of disolving going on is going to depend on the amount of liquid but the stirring will always stay the same
Stirring the mixture in the calorimeter ensures that the hot sample's temperature is evenly distributed throughout the system. This allows for accurate measurement of the heat transfer that occurs during the reaction or process taking place in the calorimeter.
When stirring a solution, you can observe the mixing of solutes and solvents. This can help in achieving a uniform distribution of particles throughout the solution, leading to a more homogenous mixture. Stirring can also enhance the rate of dissolution or reaction by increasing the contact between the solute and solvent molecules.
A mixture of water and sand can be separated by stirring the mixture to dissolve the sand in water, followed by filtering the mixture using filter paper. The sand will be left behind as residue on the filter paper, while the water passes through as filtrate.