Equilibrium State MCQs

Equilibrium State MCQs

The existence of thermodynamic equilibrium is a core principle of thermodynamics. Thermodynamic equilibrium includes thermal equilibrium as well as other forms of equilibrium depending on the type of system. In a mechanical system at thermodynamic equilibrium, both thermal and mechanical equilibrium are achieved. Internal equilibrium indicates that no heat flows between different parts of the system, meaning all parts must be at the same temperature. In a thermally equilibrated system, all components share the same temperature. For mechanical systems, thermodynamic equilibrium also encompasses mechanical equilibrium.

(a) Sodium borate
(b) Ammonium chloride
(c) Calcium nitrate
(d) Sodium sulfate

(a) Sodium borate

(a) BeCl₂
(b) SrCl₂
(c) CaCl₂
(d) MgCl₂

(a) BeCl₂

(a) Amount of solid to decrease
(b) Amount of liquid to decrease
(c) Temperature to rise
(d) Temperature to fall

(a) Amount of solid to decrease

(a) NH₄Cl
(b) Al₂(SO₄)₃
(c) AgNO₃
(d) NaCN

(d) NaCN

(a) CuS
(b) CdS
(c) PbS
(d) ZnS

(d) ZnS

(a) Ideal solution
(b) Colloidal solution
(c) True solution
(d) Buffer solution

(d) Buffer solution

(a) 0.25
(b) 1.0
(c) 3.0
(d) 0.6

(a) 0.25

(a) 0.1M NaOH
(b) 0.1M HCl
(c) 0.01M KOH
(d) 0.1M H₂SO₄

(d) 0.1M H₂SO₄

(a) 0.1M NH₃
(b) 0.001M NH₃
(c) 0.01M NH₃
(d) 0.0001M NH₃

(d) 0.0001M NH₃

(a) Reduced to half its original value
(b) Reduced to one-fourth of its original value
(c) Doubled
(d) Constant

(d) Constant

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