qu.1.topic=Resistive Circuit@

qu.1.1.question=<p>
	Find the current at the specified connection between the resistors shown below.&nbsp;</p>
<p>
	&nbsp;</p>
<p>
	<img alt="" src="__BASE_URI__resistivecircuit4.png" style="width: 527px; height: 136px;"></p>@
qu.1.1.answer.num=2.5@
qu.1.1.answer.units=A@
qu.1.1.showUnits=true@
qu.1.1.grading=toler_abs@
qu.1.1.err=0.01@
qu.1.1.negStyle=minus@
qu.1.1.numStyle=thousands scientific dollars arithmetic@
qu.1.1.mode=Numeric@
qu.1.1.name=Series and Parallel Resistors@
qu.1.1.comment=@
qu.1.1.editing=useHTML@
qu.1.1.solution=@
qu.1.1.algorithm=@
qu.1.1.uid=7684ca1a-867f-48e8-a6a8-d014428e1dd0@
qu.1.1.privacy=0@
qu.1.1.allowRepublish=false@
qu.1.1.description=@
qu.1.1.difficulty=1.0@
qu.1.1.modifiedBy=b0149390-cfb9-4d4e-9e72-e48c7343108f@
qu.1.1.school=7f01c0fb-116a-4f9d-bafc-e91de0b62105@
qu.1.1.attributeAuthor=true@
qu.1.1.numberOfAttempts=1@
qu.1.1.numberOfAttemptsLeft=1@
qu.1.1.numberOfTryAnother=0@
qu.1.1.numberOfTryAnotherLeft=0@

qu.1.2.question=<p>
	Find the specified current in the circuit diagram shown.&nbsp;</p>
<p>
	&nbsp;</p>
<p style="text-align: center;">
	<img alt="" src="__BASE_URI__resistivecircuit6.png" style="width: 214px; height: 158px;"></p>@
qu.1.2.answer.num=1@
qu.1.2.answer.units=A@
qu.1.2.showUnits=true@
qu.1.2.grading=exact_value@
qu.1.2.negStyle=minus@
qu.1.2.numStyle=thousands scientific dollars arithmetic@
qu.1.2.mode=Numeric@
qu.1.2.name=Parallel Resistors@
qu.1.2.comment=@
qu.1.2.editing=useHTML@
qu.1.2.solution=@
qu.1.2.algorithm=@
qu.1.2.uid=2383d636-86d7-4c0a-a7d7-93fe200ff00e@
qu.1.2.privacy=0@
qu.1.2.allowRepublish=false@
qu.1.2.description=@
qu.1.2.difficulty=0.0@
qu.1.2.modifiedBy=b0149390-cfb9-4d4e-9e72-e48c7343108f@
qu.1.2.school=7f01c0fb-116a-4f9d-bafc-e91de0b62105@
qu.1.2.attributeAuthor=true@
qu.1.2.numberOfAttempts=1@
qu.1.2.numberOfAttemptsLeft=1@
qu.1.2.numberOfTryAnother=0@
qu.1.2.numberOfTryAnotherLeft=0@

qu.1.3.question=<p>
	Find the current through the specified resistor.</p>
<p>
	&nbsp;</p>
<p style="text-align: center;">
	<img alt="" src="__BASE_URI__resistivecircuit3.png" style="width: 287px; height: 162px;"></p>@
qu.1.3.answer.num=1@
qu.1.3.answer.units=A@
qu.1.3.showUnits=true@
qu.1.3.grading=exact_value@
qu.1.3.negStyle=minus@
qu.1.3.numStyle=thousands scientific dollars arithmetic@
qu.1.3.mode=Numeric@
qu.1.3.name=Current Division@
qu.1.3.comment=@
qu.1.3.editing=useHTML@
qu.1.3.solution=@
qu.1.3.algorithm=@
qu.1.3.uid=97079917-4a6d-4143-8e5e-7f565397cf79@
qu.1.3.privacy=0@
qu.1.3.allowRepublish=false@
qu.1.3.description=@
qu.1.3.difficulty=0.0@
qu.1.3.modifiedBy=b0149390-cfb9-4d4e-9e72-e48c7343108f@
qu.1.3.school=7f01c0fb-116a-4f9d-bafc-e91de0b62105@
qu.1.3.attributeAuthor=true@
qu.1.3.numberOfAttempts=1@
qu.1.3.numberOfAttemptsLeft=1@
qu.1.3.numberOfTryAnother=0@
qu.1.3.numberOfTryAnotherLeft=0@

qu.1.4.question=<p>
	Find the voltage across the resistor.</p>
<p>
	&nbsp;</p>
<p style="text-align: center;">
	<img alt="" src="__BASE_URI__resistivecircuit5.png" style="width: 368px; height: 161px;"></p>@
qu.1.4.answer.num=4@
qu.1.4.answer.units=V@
qu.1.4.showUnits=true@
qu.1.4.grading=exact_value@
qu.1.4.negStyle=minus@
qu.1.4.numStyle=thousands scientific dollars arithmetic@
qu.1.4.mode=Numeric@
qu.1.4.name=Voltage Division@
qu.1.4.comment=@
qu.1.4.editing=useHTML@
qu.1.4.solution=@
qu.1.4.algorithm=@
qu.1.4.uid=35c3e347-07e1-4dba-896f-a4d191306f4a@
qu.1.4.privacy=0@
qu.1.4.allowRepublish=false@
qu.1.4.description=@
qu.1.4.difficulty=-1.0@
qu.1.4.modifiedBy=b0149390-cfb9-4d4e-9e72-e48c7343108f@
qu.1.4.school=7f01c0fb-116a-4f9d-bafc-e91de0b62105@
qu.1.4.attributeAuthor=true@
qu.1.4.numberOfAttempts=1@
qu.1.4.numberOfAttemptsLeft=1@
qu.1.4.numberOfTryAnother=0@
qu.1.4.numberOfTryAnotherLeft=0@

qu.1.5.question=<p>
	Determine the equivalent resistance connected to the voltage source.&nbsp;</p>
<p style="text-align: center;">
	<br>
	<img alt="" src="__BASE_URI__resistivecircuit.png" style="width: 288px; height: 285px;"></p>
<p style="text-align: center;">
	&nbsp;</p>
<p>
	Where:</p>
<p>
	R1 = $R1<br>
	R2 = $R2</p>
<p>
	R3 = $R3</p>
<p>
	R4 = $R4</p>
<p>
	R5 = $R5</p>
<p>
	R6 = $R6</p>@
qu.1.5.answer.num=$R@
qu.1.5.answer.units=@
qu.1.5.showUnits=false@
qu.1.5.grading=toler_abs@
qu.1.5.err=0.1@
qu.1.5.negStyle=minus@
qu.1.5.numStyle=thousands scientific dollars arithmetic@
qu.1.5.mode=Numeric@
qu.1.5.name=Equivalent Resistors@
qu.1.5.comment=@
qu.1.5.editing=useHTML@
qu.1.5.solution=@
qu.1.5.algorithm=$R1=range(1,3,1);
$R2=range(2,4,1);
$R3=range(3,5,1);
$R4=range(5,10,1);
$R5=range(1,5,1);
$R6=range(1,18,1);
$R=((1/$R1 + 1/$R2 + 1/$R3)^(-1) + (1/$R4 + 1/$R5)^(-1) + $R6);@
qu.1.5.uid=798f003d-dbdf-4d4c-a92e-76dd26fedbaa@
qu.1.5.privacy=0@
qu.1.5.allowRepublish=false@
qu.1.5.description=@
qu.1.5.difficulty=0.0@
qu.1.5.modifiedBy=b0149390-cfb9-4d4e-9e72-e48c7343108f@
qu.1.5.school=7f01c0fb-116a-4f9d-bafc-e91de0b62105@
qu.1.5.attributeAuthor=true@
qu.1.5.numberOfAttempts=1@
qu.1.5.numberOfAttemptsLeft=1@
qu.1.5.numberOfTryAnother=0@
qu.1.5.numberOfTryAnotherLeft=0@

