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  <name>Electricity in Simple, Series, and Parallel Circuits</name>
  <metadata>
  <md:version>1.3</md:version>
  <md:created>2007/12/10 17:32:43 US/Central</md:created>
  <md:revised>2008/02/15 10:24:45.169 US/Central</md:revised>
  <md:authorlist>
      <md:author id="Professor_Cram">
      <md:firstname>Rudy</md:firstname>
      
      <md:surname>Lopes</md:surname>
      <md:email>rudyl@college-cram.com</md:email>
    </md:author>
  </md:authorlist>

  <md:maintainerlist>
    <md:maintainer id="Professor_Cram">
      <md:firstname>Rudy</md:firstname>
      
      <md:surname>Lopes</md:surname>
      <md:email>rudyl@college-cram.com</md:email>
    </md:maintainer>
  </md:maintainerlist>
  
  <md:keywordlist>
    <md:keyword>amperes</md:keyword>
    <md:keyword>amps</md:keyword>
    <md:keyword>college-cram</md:keyword>
    <md:keyword>current</md:keyword>
    <md:keyword>electricity</md:keyword>
    <md:keyword>ohm</md:keyword>
    <md:keyword>ohm's law</md:keyword>
    <md:keyword>parallel circuit</md:keyword>
    <md:keyword>power</md:keyword>
    <md:keyword>resistance</md:keyword>
    <md:keyword>resistor</md:keyword>
    <md:keyword>series circuit</md:keyword>
    <md:keyword>simple circuit</md:keyword>
    <md:keyword>voltage</md:keyword>
    <md:keyword>volts</md:keyword>
  </md:keywordlist>

  <md:abstract>Concepts of Ohm's Law, power, current, and voltage as they apply to simple circuits, series circuits, and parallel circuits are covered in these tutorials.</md:abstract>
</metadata>
  <content>
    <para id="delete_me"><link src="http://www.college-cram.com/study/physics/presentations/490">Electricity: Ohm's Law</link> -- Ohm's Law describes the fundamental relationship between voltage, resistance, and current. This Formula Solver! Series program shows the step-by-step solution for using any two values (which you can enter yourself) to find the third.</para><para id="element-817"><link src="http://www.college-cram.com/study/physics/presentations/487">Electricity: Current in a Simple Circuit</link> -- Current is defined as the flow of electricity through a circuit over time. This Formula Solver! Series program shows the step-by-step solution for finding current, charge, or time from the other two values (which you can enter yourself).</para><para id="element-658"><link src="http://www.college-cram.com/study/physics/presentations/486">Electricity: Current in a Parallel Circuit</link> -- Current is a function of voltage and resistance. This Formula Solver! Series program shows the step-by-step solution for finding current in parallel circuits using your own voltage and resistance values.</para><para id="element-875"><link src="http://www.college-cram.com/study/physics/presentations/492">Electricity: Power in a Simple Circuit</link> -- In the world of electricity, power is the product of current and voltage. This Formula Solver! Series program shows the step-by-step solution for finding power, current, or voltage from the other two values (which you can enter yourself).</para><para id="element-519"><link src="http://www.college-cram.com/study/physics/presentations/491">Electricity: Power in a Parallel Circuit</link> -- In parallel circuits, power is a function of current and voltage. This Formula Solver! Series program shows the step-by-step solution for using voltage and resistance to find current and power (all with your own values).</para><para id="element-47"><link src="http://www.college-cram.com/study/physics/presentations/489">Electricity: Resistance in a Series Circuit</link> -- This Formula Solver! Series program shows the step-by-step solution for finding resistance in a series circuit (using up to four resistance values which you can enter yourself).</para><para id="element-638"><link src="http://www.college-cram.com/study/physics/presentations/488">Electricity: Resistance in a Parallel Circuit</link> -- This Formula Solver! Series program shows the step-by-step solution for finding electrical resistance in parallel circuits (using up to four resistance values which you can enter yourself).</para><figure id="element-16"><name>Screenshot of tutorial</name>
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  </content>
  
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