Homework Help: physics

Posted by sand on Thursday, May 24, 2012 at 7:37am.

A glass bulb with radius 15 cm is filled with water vapor at a temperature of 500 K. On the exterior of the bulb a spot with area 2.0 mm^2 is placed in contact with liquid nitrogen. This causes the temperature of the spot to drop well below 0◦C. When the gaseous water molecules strike this area from inside they immediately freeze effectively removing them from the gas. Determine how much time it takes for the pressure in the bulb to reduce to half its original value. Assume the temperature of the gas in the container remains at 500 K

No one has answered this question yet.

Answer this Question

Related Questions

physics - A glass bulb with radius 15 cm is filled with water vapor at a ...
physics - A glass bulb with radius 15 cm is filled with water vapor at a ...
chemistry/physics - A glass bulb with radius 15 cm is filled with water vapor at...
physics-kinetic theory - A glass bulb with radius 15 cm is filled with water ...
chemistry - A glass bulb with radius 15 cm is filled with water vapor at a ...
math - A Glass Of Water Is Being Filled With Water At The Rate Of 12 Pi Cm^3/sec...
Chemistry - An ordinary mercury-in-glass thermometer is calibrated. In the ice ...
math - A glass in the form of a frustum of a cone is represented by the diagram...
physics - A large container is separated into two halves by a 2.0 cm thick glass...
physics - A large container is separated into two halves by a 2.0 cm thick glass...

For Further Reading

First Name:
School Subject:
Answer: