The total energy required to convert the unknown liquid to gas at the given temperature is 7.215 kJ.
The given parameters;
- <em>mass of the unknown liquid, m = 19.8 g</em>
- <em>molar mass of liquid = 83.21 g/mol</em>
- <em>initial temperature of the liquid, = 19.2 °C</em>
- <em>boiling point temperature of the liquid, = 57.3°C</em>
- <em>final temperature of the liquid = 93.5 °C</em>
The total heat required to convert the liquid to gas is calculated as follows;
<em>H = Heat to raise to boiling temp. + Heat to vaporize the liquid + Heat of gas vapor</em>
The heat required to raise the temperature of the liquid to boiling point;

The number of moles of the liquid is calculated as;

The heat required to vaporize the liquid;

The heat of the gas vapor is calculated as;

The total energy required to convert the unknown liquid to gas at the given temperature is calculated as;

Thus, the total energy required to convert the unknown liquid to gas at the given temperature is 7.215 kJ.
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Answer:
B) Synthesis reaction
Explanation:
synthesis reactions because they take apart larger molecules or compounds
Hope that helps
B. Newtons, are a measure if Force, not Pressure
Answer:
The avocado consists of around 73% water, 15% fat, 8.5% carbohydrates — mostly fibers — and 2% protein. Half an avocado, at around 100 grams (g) contains 160 calories ( 1 ).