A container contains air at a pressure of 600 mmHg and 25 degrees C. The container and the air heats up and the pressure increases to 750 mmHg. The container volume is unchanged and the air behaves as an ideal gas. The temperature of the air in Kelvin is expressed by OA (25 x 100 K)/600 O B. (298 - 273) x 750 K/600 OC (298 x 750 K)/100 OD.750 K/(298 x 600) OE (298 x 750 K)/600

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QUESTION 1
A container contains air at a pressure of 600 mmHg and 25 degrees C.
The container and the air heats up and the pressure increases to 750 mmHg.
The container volume is unchanged and the air behaves as an ideal gas. The temperature of the air in Kelvin is expressed by
OA (25 x 100 K)/600
O B. (298 - 273) x 750 K/600
OC (298 x 750 K)/100
OD. 750 K/(298 x 600)
OE (298 x 750 K)/600
Transcribed Image Text:QUESTION 1 A container contains air at a pressure of 600 mmHg and 25 degrees C. The container and the air heats up and the pressure increases to 750 mmHg. The container volume is unchanged and the air behaves as an ideal gas. The temperature of the air in Kelvin is expressed by OA (25 x 100 K)/600 O B. (298 - 273) x 750 K/600 OC (298 x 750 K)/100 OD. 750 K/(298 x 600) OE (298 x 750 K)/600
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