<lecture>
	<step>
		<caption>Introduction</caption>
		<video>./data/expts/ee001/R1_Int_1.flv</video>
		<description><![CDATA[<div class =tdText><ul><li>How an instrument gets calibrated. </li><li> Traceability of the instrument being calibrated.</li></ul></div>]]></description>
	</step>
	<step>
		<caption>Run 1: Calibration of Ammeter</caption>
		<video>./data/expts/ee001/R1_R1.flv</video>
		<description><![CDATA[<div class =tdText><ul><li>Types of instruments used in the circuit.</li><li>Ranges of Test and Standard Ammeter<ul><li>Range of Standard Ammeter must be greater than the Test Ammeter.</li></ul></li><li>Ammeters connected in series in the circuit.</li><li>Formula for calculation of error<ul><li>Error = Test Ammeter Reading (A<sub>t</sub>) - Standard Ammeter Reading(A<sub>s</sub>).</li></ul>.</li></ul></div>]]></description>
	</step>
	<step>
		<caption>Run 2: Calibration of Voltmeter</caption>
		<video>./data/expts/ee001/R1_R2.flv</video>
		<description><![CDATA[<div class =tdText><ul><li>Types of instruments used in the circuit. </li><li>Ranges of Test and Standard Voltmeter<ul><li>Range of Standard Voltmeter must be greater than the Test Voltmeter.</li></ul></li><li>Voltmeters connected in parallel with the power supply.</li><li>Formula for calculation of error<ul><li>Error = Test Voltmeter Reading (V<sub>t</sub>) - Standard Voltmeter Reading ( V<sub>s</sub>).</li></ul></li></ul></div>]]></description>
	</step>
</lecture>
