We have a liquid in equilibrium with its vapor in a closed burette such that the vapor loss is zero. The burette scale has marks every 0.1 cm. The liquid level is observed one day by 10 students independently and they all agree that it is between 27.4 and 27.5 cm. According to this:(A). the situation is abnormal(B). it would not be illogical that under exactly the same thermodynamic, physical and chemical conditions and without altering the liquid contained in the burette, the next day the 10 students read a volume between 27.6 and 27.7 cm3(C). even if there is no evaporation, the next day the measurement can vary(D). even if the external conditions change, as long as the burette is perfectly closed a volume of between 27.4 and 27.5 cm3 should be measured
We have a liquid in equilibrium with its vapor in a closed burette such that the vapor loss is zero. The burette scale has marks every 0.1 cm. The liquid level is observed one day by 10 students independently and they all agree that it is between 27.4 and 27.5 cm. According to this:(A). the situation is abnormal(B). it would not be illogical that under exactly the same thermodynamic, physical and chemical conditions and without altering the liquid contained in the burette, the next day the 10 students read a volume between 27.6 and 27.7 cm3(C). even if there is no evaporation, the next day the measurement can vary(D). even if the external conditions change, as long as the burette is perfectly closed a volume of between 27.4 and 27.5 cm3 should be measured
We have a liquid in equilibrium with its vapor in a closed burette such that the vapor loss is zero. The burette scale has marks every 0.1 cm. The liquid level is observed one day by 10 students independently and they all agree that it is between 27.4 and 27.5 cm. According to this:(A). the situation is abnormal(B). it would not be illogical that under exactly the same thermodynamic, physical and chemical conditions and without altering the liquid contained in the burette, the next day the 10 students read a volume between 27.6 and 27.7 cm3(C). even if there is no evaporation, the next day the measurement can vary(D). even if the external conditions change, as long as the burette is perfectly closed a volume of between 27.4 and 27.5 cm3 should be measured
We have a liquid in equilibrium with its vapor in a closed burette such that the vapor loss is zero. The burette scale has marks every 0.1 cm. The liquid level is observed one day by 10 students independently and they all agree that it is between 27.4 and 27.5 cm. According to this: (A). the situation is abnormal (B). it would not be illogical that under exactly the same thermodynamic, physical and chemical conditions and without altering the liquid contained in the burette, the next day the 10 students read a volume between 27.6 and 27.7 cm3 (C). even if there is no evaporation, the next day the measurement can vary (D). even if the external conditions change, as long as the burette is perfectly closed a volume of between 27.4 and 27.5 cm3 should be measured
Science that deals with the amount of energy transferred from one equilibrium state to another equilibrium state.
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