For the chemical reaction `3X(g)+Y(g) hArr X_(3)Y(g)`, the amount of `X_(3)Y` at equilibrium is affected byA. Temperature and pressureB. Temperature onlyC. Pressure onlyD. Temperature, pressure, and catalyst

For the chemical reaction `3X(g)+Y(g) hArr X_(3)Y(g)`, the amount of `

1.	For the chemical reaction `3X(g)+Y(g) hArr X_(3)Y(g)`, the amount of `X_(3)Y` at equilibrium is affected byA. Temperature and pressureB. Temperature onlyC. Pressure onlyD. Temperature, pressure, and catalyst
Answer» Correct Answer - A The given reaction will be exothermic in nature due to the formation of three X-Y bonds from the gaseous atoms. The reaction is also accompanied with the decrease in the gaseous species. Hence, the reaction will be affected by both temperature and pressure. The use of catalyst does not affect the equilibrium concentration of the species in the chemical reaction.

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For the chemical reaction `3X(g)+Y(g) hArr X_(3)Y(g)`, the amount of `X_(3)Y` at equilibrium is affected byA. Temperature and pressureB. Temperature onlyC. Pressure onlyD. Temperature, pressure, and catalyst

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