The enthaplpy changes state for the following processes are listed below: `Cl_(2)(g)=2Cl(g)` : `242.3KJmol^(-1)` `I_(2)(g)=2I(g)` , `151.0KJ mol^(-1)` `ICl(g)=I(g)+Cl(g)` : `211.3KJ mol^(-1)` `I_(2)(s)=l_(2)(g)` , `62.76KJ mol^(-1)` Given that the standard states for iodine chlorine are `I_(2)(s)` and `Cl_(2)(g)` , the standard enthalpy of formation for `ICl(g)` is:
The enthaplpy changes state for the following processes are listed below: `Cl_(2)(g)=2C
The enthaplpy changes state for the following processes are listed below: `Cl_(2)(g)=2Cl(g)` : `242.3KJmol^(-1)` `I_(2)(g)=2I(g)` , `151.0KJ mol^(-1)` `ICl(g)=I(g)+Cl(g)` : `211.3KJ mol^(-1)` `I_(2)(s)=l_(2)(g)` , `62.76KJ mol^(-1)` Given that the standard states for iodine chlorine are `I_(2)(s)` and `Cl_(2)(g)` , the standard enthalpy of formation for `ICl(g)` is:
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