if you were asked to dissolve a solid into an aqueous solution, how could you speed this process up? how…

if you were asked to dissolve a solid into an aqueous solution, how could you speed this process up? how could you slow it down? listed below are a number of possible ways to alter the rate of this process. place them in the proper category. if you need help, think about putting sugar in your tea.\nincreases rate\ndecreases rate\nno rate change\ncrush the solute into a powder. cool the solvent. leave the solution untouched. add the solute quickly. warm the solvent.

if you were asked to dissolve a solid into an aqueous solution, how could you speed this process up? how could you slow it down? listed below are a number of possible ways to alter the rate of this process. place them in the proper category. if you need help, think about putting sugar in your tea.\nincreases rate\ndecreases rate\nno rate change\ncrush the solute into a powder. cool the solvent. leave the solution untouched. add the solute quickly. warm the solvent.

Answer

Explanation:

Step1: Understand dissolution factors

Increasing surface - area, temperature speeds up dissolution.

Step2: Analyze each option

  • Crushing the solute into a powder increases surface - area, so it increases the rate.
  • Cooling the solvent decreases the kinetic energy of particles, so it decreases the rate.
  • Leaving the solution untouched has no impact on the rate.
  • Adding the solute quickly doesn't affect the rate of dissolution itself.
  • Warming the solvent increases the kinetic energy of particles, so it increases the rate.

Answer:

Increases Rate: Crush the solute into a powder, Warm the solvent Decreases Rate: Cool the solvent No Rate Change: Leave the solution untouched, Add the solute quickly