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.... The increase in internal energy is One mole of water at a pressure of 1013 N/m2 and a degree Heat 273K when it turns into steam under the same temperature and pressure, knowing that the required amount of heat is The evaporation of water is 40680J and the molar volume of an ideal gas is 0.0224 cm and for water it is 6-18 x 10 3 cm 40657 joules 38.413 joules 38413 joules 29903 joules

.... The increase in internal energy is One mole of water at a pressure of 1013 N/m2 and a degree Heat 273K when it turns into steam under the same temperature and pressure, knowing that the required amount of heat is The evaporation of water is 40680J and the molar volume of an ideal gas is 0.0224 cm and for water it is 6-18 x 10 3 cm 40657 joules 38.413 joules 38413 joules 29903 joules

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The increase in internal energy is One mole of water at a pressure of 1013 N/m2 and a degree Heat 273K when it turns into steam under the same temperature and pressure, knowing that the required amount of heat is The evaporation of water is 40680J and the molar volume of an ideal gas is 0.0224 cm and for water it is 6-18 x 10 3 сm 40657 joules 38.413 joules 38413 joules 29903 joules
Transcribed Image Text:The increase in internal energy is One mole of water at a pressure of 1013 N/m2 and a degree Heat 273K when it turns into steam under the same temperature and pressure, knowing that the required amount of heat is The evaporation of water is 40680J and the molar volume of an ideal gas is 0.0224 cm and for water it is 6-18 x 10 3 сm 40657 joules 38.413 joules 38413 joules 29903 joules
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