It's 1976 and you are throwing a fondue party! You need to heat 800.0 mL of...

 

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It's 1976 and you are throwing a fondue party! You need to heat 800.0 mL of vegetable oil to 375 F (190.0°C) using an ethanol burner. Assuming a perfect transfer of heat from the burner to the oil, what mass of ethanol (C2H5OH (I)) is required? Assume your kitchen is at SATP (25 C), vegetable oil has a density of 0.920 g/ml and the specific heat capacity of vegetable oil is 2.00J/g*C. Note, this is a combustion reaction! The enthalpies of formation of CO2(g), H2O(g), and C2H5OH() are -393.5, -241.8, and -277.6 kJ/mol, respectively. O 20.04 g O 6.2 g O 12.5 g O 9.06 g O 17.1 g It's 1976 and you are throwing a fondue party! You need to heat 800.0 mL of vegetable oil to 375 F (190.0°C) using an ethanol burner. Assuming a perfect transfer of heat from the burner to the oil, what mass of ethanol (C2H5OH (I)) is required? Assume your kitchen is at SATP (25 C), vegetable oil has a density of 0.920 g/ml and the specific heat capacity of vegetable oil is 2.00J/g*C. Note, this is a combustion reaction! The enthalpies of formation of CO2(g), H2O(g), and C2H5OH() are -393.5, -241.8, and -277.6 kJ/mol, respectively. O 20.04 g O 6.2 g O 12.5 g O 9.06 g O 17.1 g

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Combushon heachon of thanal 302 8 C2 H5 OM 1 3 HO eq 2 x3435 3 x2418 27680J ... View the full answer