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The volume of water used in the disappearing cross experiment is varied to observe the effects of different concentrations on the rate of the reaction. By changing the volume of water, researchers can test how the reaction rate is affected as the concentration of the reactants changes. This helps in understanding the relationship between concentration and reaction rates.

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Q: Why is the volume of water used in the disappearing cross experiment varied?
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The disappearing cross experiment involves showing a cross inside a tube of liquid to demonstrate the principles of refraction. When the tube is slowly filled with a liquid that has the same refractive index as the material forming the cross, the cross appears to disappear because the light is not bent at the interface between the two materials. This experiment illustrates how refraction works by manipulating the paths of light rays.


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