Vị V2 Charles' Law: Ti(K) Question #3 An ideal gas at 453.9°C and 550.0 mmHg is contained in a flexible vessel. A change in the temperature reduces the volume of the gas to 65.0% of its original volume. If the pressure remains unchanged (550.0 mmHg), what is the new temperature (T = °C) Data: V1 = V2 = T1(c -> K) = T2(C ->K) = O 473 °C O 727.1 °C O 199 °C O 453.9 °C

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V1
Charles' Law:
T(K)
V2
T2(K)
Question #3
An ideal gas at 453.9°C and 550.0 mmHg is contained in a flexible vessel. A change in the temperature reduces the volume
of the gas to 65.0% of its original volume.
If the pressure remains unchanged (550.0 mmHg), what is the new temperature (T = °C)
Data:
V1 =
V2 =
T1(C -> K) =
T2(C ->K) =
%3D
O 473 °C
O 727.1 °C
O 199 °C
O 453.9 °C
Transcribed Image Text:V1 Charles' Law: T(K) V2 T2(K) Question #3 An ideal gas at 453.9°C and 550.0 mmHg is contained in a flexible vessel. A change in the temperature reduces the volume of the gas to 65.0% of its original volume. If the pressure remains unchanged (550.0 mmHg), what is the new temperature (T = °C) Data: V1 = V2 = T1(C -> K) = T2(C ->K) = %3D O 473 °C O 727.1 °C O 199 °C O 453.9 °C
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