shift equilibrium right

shift equilibrium left

increase rate of reaction

have no change

shift equilibrium right

shift equilibrium left

increase pressure

have no change

shift equilibrium right

shift equilibrium left

slow rate of reaction

have no change

The added KCN dissolves, disturbing the charge balance of the solution, causing Fe(SCN)3 to precipitate as a red solid.

The added KSCN dissolves, causing the solution to become saturated in SCN- ions, which appear red in high concentrations.

The added KSCN dissolves, causing the reaction system to respond by producing more product to partially consume SCN- and reduce its concentration.

The added KSCN dissolves, causing the reaction system to respond by forming more Fe3+ ions, which have a deep orange color at high concentrations

The equilibrium of reaction 1 will shift toward the formation of more product, because N₂O₅ (g) is removed when it reacts to form HNO₃ (aq)

The equilibrium of reaction 1 will shift toward the formation of more product, because H₂O (l) acts as a catalyst for reaction 1.

The equilibrium of reaction 1 will shift toward the formation of more reactants, because the product N₂O₅ (g) is removed when it reacts to form HNO₃ (aq)

The equilibrium of reaction 1 is not affected, because neither H₂O (l) nor HNO₃ (aq) are gases.