The heat of combustion of C(graphite) and CO(g) are` -390 kJ//"mole and " -280 kJ//"mole"` respectively. `CO(g)+Cl_(2)(g)to COCl_(2)(g)Delta H=+208 kJ` Calculate heat of formation `("in kJ"//"mole")` of `COCl_(2)(g)` (in kJ/mole)

The heat of combustion of C(graphite) and CO(g) are` -390 kJ//"mole an

1.	The heat of combustion of C(graphite) and CO(g) are` -390 kJ//"mole and " -280 kJ//"mole"` respectively. `CO(g)+Cl_(2)(g)to COCl_(2)(g)Delta H=+208 kJ` Calculate heat of formation `("in kJ"//"mole")` of `COCl_(2)(g)` (in kJ/mole)
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The heat of combustion of C(graphite) and CO(g) are` -390 kJ//"mole and " -280 kJ//"mole"` respectively. `CO(g)+Cl_(2)(g)to COCl_(2)(g)Delta H=+208 kJ` Calculate heat of formation `("in kJ"//"mole")` of `COCl_(2)(g)` (in kJ/mole)

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