Given thatC+O_(2) rarrCO_(2), Delta H^(@) = - x kJ 2CO+ O_(2) rarr 2CO_(2) ,Delta H ^(@) = - y kJThe enthalpy of formation of carbonmonoxide will be

Given thatC+O_(2) rarrCO_(2), Delta H^(@) = - x kJ 2CO+ O_(2) rarr 2C

1.	Given thatC+O_(2) rarrCO_(2), Delta H^(@) = - x kJ 2CO+ O_(2) rarr 2CO_(2) ,Delta H ^(@) = - y kJThe enthalpy of formation of carbonmonoxide will be
Answer» `y - 2X` `( 2x-y)/(2)` `(y-2x)/(2)` `2x-y` SOLUTION :Aim`: C+ (1)/(2)O_(2) rarrCO,`Eqn,`(i) - (1)/(2) Eqn. (ii). `