For the chemical reaction, 3X(.g.)+Y(.g.) arrow X3Y(.g.) ; the amount of X3Y at equilibrium is affected by

Question

For the chemical reaction, 3X(.g.)+Y(.g.) arrow X3Y(.g.) ; the amount of X3Y at equilibrium is affected by (A) temperature and pressure (B) temperature only (C) pressure only (D) temperature, pressure and catalyst

Tardigrade Admin · Accepted Answer

3X(.g.)+Y(.g.) arrow X3Y(.g.) The relation shows a decrease in mole (volume) during the course of reaction and thus, increase in pressure will favour forward reaction. Also Kp changes with temperature. Catalyst has no effect on Kp . Thus, P and T influence the equilibrium concentrations.

Q. For the chemical reaction, 3X(g)+Y(g)→X3​Y(g) ; the amount of X3​Y at equilibrium is affected by

temperature and pressure

temperature only

pressure only

temperature, pressure and catalyst

3X(g)+Y(g)→X3​Y(g) The relation shows a decrease in mole (volume) during the course of reaction and thus, increase in pressure will favour forward reaction. Also Kp​ changes with temperature. Catalyst has no effect on Kp​ . Thus, P and T influence the equilibrium concentrations.

Q. For the chemical reaction,
$3 X (g) + Y (g) \to X_{3} Y (g)$ ; the amount of $X_{3} Y$ at equilibrium is affected by