This is the real problem:
What is the heat of vaporization (kJ/mol) if it takes 3,452 J of heat to completely vaporize 2.68 moles of the liquid at its boiling point?
What is the heat of vaporization (kJ/mol) if it takes 3,452 J of heat to completely vaporize 2.68 moles of the liquid at its boiling point?
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since the heat of vaporization is KJ/mol
all you need to do is convert 3452 to kj which 3.452KJ and divide by 2.68mol
3.452KJ/2.68mol = 1.29KJ/mol
all you need to do is convert 3452 to kj which 3.452KJ and divide by 2.68mol
3.452KJ/2.68mol = 1.29KJ/mol
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What is the heat of vaporization (kJ/mol) if it takes 3,452 J of heat to completely vaporize 2.68 moles of the liquid at its boiling point?
The units of the heat of vaporization indicate the process!
Heat of vaporization = Energy on kilojoules ÷ moles
Heat of vaporization = 3425 ÷ 2.68
The units of the heat of vaporization indicate the process!
Heat of vaporization = Energy on kilojoules ÷ moles
Heat of vaporization = 3425 ÷ 2.68