Multiple Choice
Sometimes an experiment requires a certain pure gas to be used at reduced pressure.One way to achieve this is to purchase a sealed glass container filled with the gas,and to introduce the gas into a vacuum by attaching the glass container to the vacuum chamber and breaking the tip of the glass container using a metallic bean and a magnet.If the volume of the glass container is 1.0 L and it is at a pressure of 1.0 × 105 Pa and if the vacuum chamber has a volume of 2.0 L,what will the pressure be after the gas,which is to be assumed to be an ideal gas,is released into the vacuum chamber and the temperature has returned to its original value? (Note that the glass container remains part of the system.)
A) 33 kPa
B) 50 kPa
C) 300 kPa
D) 200 kPa
Correct Answer:

Verified
Correct Answer:
Verified
Q12: Two steel spheres are made of the
Q13: The coefficient of linear expansion of aluminum
Q17: A 3.2-L volume of neon gas (Ne)is
Q18: A brass rod is 40.1 cm long
Q19: The figure shows a pV diagram for
Q21: The figure (not to scale)shows a pV
Q22: The figure shows a pV diagram for
Q25: If a certain sample of an ideal
Q28: The number of molecules in one mole
Q54: A machinist needs to remove a tight