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APA
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Literature & Language
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Essay
Language:
English (U.S.)
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Topic:
Effect of increasing pressure in gases
Essay Instructions:
A small puff of cotton is inserted into the bottom of plastic tube. At the top of the chamber is plunger which seals the chamber and can be pushed downwards into the plastic tube.
What would happen instead if the plunger were slammed down sharply instead, and why?
(a) The temperature in the chamber will decrease greatly.
(b) The temperature in the chamber will decrease but slightly.
(c) The temperature in the chamber will remain the same.
(d) The temperature in the chamber will increase but slightly.
(e) The temperature in the chamber will increase greatly.
Essay Sample Content Preview:
Running hard: EFFECT OF INCREASING PRESSURE IN GASES
Effect of increasing pressure in gases
Name
Course
Lecturer
University
Date
When the plunger is slammed the temperature inside the tube will increase but slightly. Temperature and pressure are macroscopic properties of gases. The two properties are related to molecular motion, which is a microscopic phenomenon. According Boyles law increase in temperature in gases leads to an increase in the pressure (Herapath, 1816). The converse is also true in that when pressure is increased the gases molecules are compressed and the volume is reduced.
The reduction in volume leads to a decrease in the intermolecular space. This is the distance between the gas molecules which is generally large for gases. According to the kinetic theory of gases the gas is made up of several particles which are in a constant state of random motion (Cact). These rapidly moving particles constantly collide with each other...
Effect of increasing pressure in gases
Name
Course
Lecturer
University
Date
When the plunger is slammed the temperature inside the tube will increase but slightly. Temperature and pressure are macroscopic properties of gases. The two properties are related to molecular motion, which is a microscopic phenomenon. According Boyles law increase in temperature in gases leads to an increase in the pressure (Herapath, 1816). The converse is also true in that when pressure is increased the gases molecules are compressed and the volume is reduced.
The reduction in volume leads to a decrease in the intermolecular space. This is the distance between the gas molecules which is generally large for gases. According to the kinetic theory of gases the gas is made up of several particles which are in a constant state of random motion (Cact). These rapidly moving particles constantly collide with each other...
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