a. the opposing reactions cease b. the molar concentrations of the reactants and products are equal C. any one substance leaves the field of reaction O d. the rates of the opposing reactions are equal 44. A solution in which equilibrium exists between undissolved and dissolved solute is always* a. saturated O b. unsaturated O c. dilute d. concentrated

Chemistry
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Chapter1: Chemical Foundations
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43. In all reversible chemical reactions, equilibrium has been reached when
a. the opposing reactions cease
O b. the molar concentrations of the reactants and products are equal
C. any one substance leaves the field of reaction
O d. the rates of the opposing reactions are equal
44. A solution in which equilibrium exists between undissolved and
dissolved solute is always
a. saturated
b. unsaturated
c dilute
d. concentrated
Transcribed Image Text:43. In all reversible chemical reactions, equilibrium has been reached when a. the opposing reactions cease O b. the molar concentrations of the reactants and products are equal C. any one substance leaves the field of reaction O d. the rates of the opposing reactions are equal 44. A solution in which equilibrium exists between undissolved and dissolved solute is always a. saturated b. unsaturated c dilute d. concentrated
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