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The Study of Heat, Kinetic Energy Theory of Matter, and Temperature

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Submitted By delong
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The Study of Heat, Kinetic Energy Theory of Matter, and Temperature
Name
University
Physical Science
Professor
17 July 2011

Abstract
In this paper, I will discuss the similarities and differences between heat, temperature, and the kinetic energy theory of matter.

The purpose of this paper is to discuss how the study of heat relates to the kinetic energy theory of matter. It will also discuss what the study of heat is. I will then explain what temperature is. I will follow this by then explaining what the relationship between both heat and temperature are. Next, I will give the difference in both heat and temperature. I will then give examples of the various properties of a substance that will determine its heat capacity. Lastly, I will give the various sources of heat.
How does the study of heat relate to the kinetic theory of matter? The study of heat is explained through science. It is not a theory of sorts like kinetic theory of matter is. Heat is what makes kinetic energy. The more heat that is produced the higher the kinetic energy level of an object or substance is or has. The kinetic energy theory of matter is a scientific theory that states that matter consists of small particles in a rapid random motion. The kinetic energy theory gives the differences of three states of matter; solids, liquids, and gases.

The result of heat in these three states of matter has different effects on each. For instance, if you gave the same amount of heat off for all three substances, gas would be the first to break apart because its particles are not tightly bound. A liquid substance would be the second to disperse because it has the ability to stretch against the forces of attraction. Solids, however, when induced by heat, will break apart the slowest of the three substances. The reaction of particles that are held so tightly together is not capable to

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