A spirit burner containing ethanol is lit and used to heat water in the following calorimetry experiment. Thermometer Aluminium cover Water Aluminium calorimeter Ethanol burner Liquid ethanol The temperature of 200.0 g of water in the calorimeter increased from 20.0°C to 35.0°C. The energy absorbed by the calorimeter water, expressed in scientific notation, is +/- a.bc x 10d J. The values of a, b, c, and d are + , and ◆ If the above data was used to calculate the molar enthalpy of combustion for ethanol, the value would be recorded as a value because combustion is an ➡ process. surroundings. The flow of energy in this experiment is from the to the The experimental value for the enthalpy of combustion is expected to be as some of the energy is absorbed by the container and the

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Chapter1: Chemical Foundations
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A spirit burner containing ethanol is lit and used to heat water in the following
calorimetry experiment.
Thermometer
Aluminium cover
Water
Aluminium calorimeter
Ethanol burner
Liquid ethanol
The temperature of 200.0 g of water in the calorimeter increased from 20.0°C to
35.0°C. The energy absorbed by the calorimeter water, expressed in scientific
notation, is +/- a.bc x 10d J. The values of a, b, c, and d are
◆, and ◆
surroundings.
If the above data was used to calculate the molar enthalpy of combustion for
ethanol, the value would be recorded as a
◆ value because
combustion is an
◆ process.
The flow of energy in this experiment is from the
◆ to the
The experimental value for the enthalpy of combustion is expected to be
as some of the energy is absorbed by the container and the
+
I
Transcribed Image Text:A spirit burner containing ethanol is lit and used to heat water in the following calorimetry experiment. Thermometer Aluminium cover Water Aluminium calorimeter Ethanol burner Liquid ethanol The temperature of 200.0 g of water in the calorimeter increased from 20.0°C to 35.0°C. The energy absorbed by the calorimeter water, expressed in scientific notation, is +/- a.bc x 10d J. The values of a, b, c, and d are ◆, and ◆ surroundings. If the above data was used to calculate the molar enthalpy of combustion for ethanol, the value would be recorded as a ◆ value because combustion is an ◆ process. The flow of energy in this experiment is from the ◆ to the The experimental value for the enthalpy of combustion is expected to be as some of the energy is absorbed by the container and the + I
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