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The effect of
temperature on resistance
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Introduction
The resistance
of every electric component is a factor that determines
the electric current inside that component. Since
electric current affects the functionality and
electricity consumption of each component, it is
important to know how different factors such as heat may
affect the resistance.
For example a light
bulb may prove to consume more electricity and produce
more light when it is hot. It may also be opposite.
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Project
description
The purpose of this project is to determine how the heat affects
the resistance. If there is any effect, we may continue our
research with the ways that we can benefit from or control such
effects. |
Details
of this project
More details or support for this project is available for the
members of ScienceProject.com web site. Material needed
for experiment or a science kit about this title may be
available at MiniScience.com. |
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