Which reaction move in forward direction when following changes are performed at equilibrium ? Match — NEET Chemistry Past Papers Chemistry Question

Question

Which reaction move in forward direction when following changes are performed at equilibrium ? Match column-I with column-II. Column I Column II (P) Volume reduced to half (A) PCl ⇌ PCl + Cl (Q) On addition of He at constant pressure (B) CH + H O ⇌ CO + 3H (R) On addition of Cl (C) H + Cl ⇌ 2HCl (S) On removal of H (D) N + 3H ⇌ 2NH (A) P → D ; Q → A, B ; R → C ; S → B (B) P → C ; Q → B ; R → A, B ; S → D (C) P → D ; Q → C ; R → A ; S → A, B (D) P → A, B ; Q → C ; R → D ; S → A 5(g) 3(g) 2(g) 4(g) 2 (g) (g) 2(g) 2 2(g) 2(g) (g) 2 2(g) 2(g) 3(g) (A) PCl ⇌ PCl + Cl (B) CH + H O ⇌ CO + 3H (C) H + Cl ⇌ 2HCl (D) N + 3H ⇌ 2NH (1) P → D ; Q → A, B ; R → C ; S → B (2) P → C ; Q → B ; R → A, B ; S → D (3) P → D ; Q → C ; R → A ; S → A, B (4) P → A, B ; Q → C ; R → D ; S → A 5(g) 3(g) 2(g) 4(g) 2 (g) (g) 2(g) 2 2(g) 2(g) (g) 2 2(g) 2(g) 3(g) For one mole of an ideal gas, incorrect option is - (1) C – C = R (2) ΔH – ΔU = RΔT (3) (4) p v − = R qp ΔT qv ΔT = γ Cv Cp (1) C – C = R (2) ΔH – ΔU = RΔT (3) (4) p v − = R qp ΔT qv ΔT = γ Cv Cp Match the column : Column –I Column –II (A) Group donate e by inductive effect but does not donate / withdraw by resonance (p) –OH (B) Group withdraws e by inductive effect but does not donate / withdraw by