A state of dynamic equilibrium exists between the solid sucrose (table sugar) molecules, C12H22O11, and sucrose molecules dissolved in aqueous solution for a saturated sucrose solution. a. Write the equation to represent the dynamic equilibrium. b. What change occurs in the concentration of dissolved sucrose if more solid sucrose is added to the saturated system? Explain. c. If water is added to the saturated solution and the equilibrium is reestablished, what change occurs to the amount (moles) of dissolved sucrose? Explain. d. If water is added to the saturated solution and the equilibrium is reestablished, what change occurs in the concentration (molarity) of dissolved sucrose? Explain.
A state of dynamic equilibrium exists between the solid sucrose (table sugar) molecules, C12H22O11, and sucrose molecules dissolved in aqueous solution for a saturated sucrose solution.
a. Write the equation to represent the dynamic equilibrium.
b. What change occurs in the concentration of dissolved sucrose if more solid sucrose is added to the saturated system? Explain.
c. If water is added to the saturated solution and the equilibrium is reestablished, what change occurs to the amount (moles) of dissolved sucrose? Explain.
d. If water is added to the saturated solution and the equilibrium is reestablished, what change occurs in the concentration (molarity) of dissolved sucrose? Explain.
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