<%' FP_ASP ASP Automatically generated by a Frontpage Component. Do not Edit.

On Error Resume Next
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%>
<html xmlns:v="urn:schemas-microsoft-com:vml" xmlns:o="urn:schemas-microsoft-com:office:office" xmlns="http://www.w3.org/TR/REC-html40">
<head>
<title>Reading Quiz: Acceleration and Free Fall</title>
<style>
<!--
 li.MsoNormal
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	margin-bottom:.0001pt;
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	font-family:"Times New Roman";
	margin-left:0in; margin-right:0in; margin-top:0in}
-->
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</head>

<body bgcolor="#F4EEEA">
 <h2>
  Reading Quiz: <em><span lang="en-us"><font color="#800000">Interaction of 
	Charged Particles with Electric and Magnetic Fields</font></span></em>
 </h2>
	<p>
  <span lang="en-us">Answers must be submitted by 9:00am Wednesday, February 20. </span>
 </p>

<!-- 
 <p>
  <font size="4" color="#800000">Due date:&nbsp; 8:00 AM, Thursday, 8-29-00</font>
 </p>
-->
 <font size="4" color="#800000">
  Read 
 </font><font color="#800000" size="4">
	<span style="font-family: Times New Roman">P<sup>3</sup> <span lang="en-us">
	Chapter 24 Section 2 +
	Chapter 26 Section 1.</span></span></font><span style="font-size: 12.0pt; font-family: Times New Roman; color: #333333">
	</span><font size="4" color="#800000">
	<span lang="en-us" style="font-family: Times New Roman">&nbsp;</span>Then answer the following questions:
 </font>

 <form method="POST" action="Quiz_E_B_Fields.asp" webbot-action="--WEBBOT-SELF--">
 <!--webbot bot="SaveDatabase" SuggestedExt="asp" S-DataConnection="Quiz_E_B_Fields" S-RecordSource="Results" U-Database-URL="../../fpdb/Quiz_E_B_Fields.mdb" S-Builtin-Fields="REMOTE_HOST HTTP_USER_AGENT Timestamp REMOTE_USER" S-Builtin-DBFields="Remote_computer_name Browser_type Timestamp User_name" S-Form-Fields="Efield_right unique path_E_B Bfield_up Bfield_right Bfield_into Efield_into Bfield_down Efield_up Efield_down Efield_out Name thomson_E_B path_B Bfield_out thomson_B Bfield_left Efield_left path_E thomson_E Did_own_work" S-Form-DBFields="Efield_right unique path_E_B Bfield_up Bfield_right Bfield_into Efield_into Bfield_down Efield_up Efield_down Efield_out Name thomson_E_B path_B Bfield_out thomson_B Bfield_left Efield_left path_E thomson_E Did_own_work" U-ASP-Include-Url="../../_fpclass/fpdbform.inc" startspan --><input TYPE="hidden" NAME="VTI-GROUP" VALUE="0"><!--#include file="../../_fpclass/fpdbform.inc"--><!--webbot bot="SaveDatabase" endspan i-checksum="43152" -->
 <p>
  <font size="3" color="#800000">Enter your last name, first initial: &nbsp;<input type="text" name="Name" size="20">
 </p>
 <p>
  <input type="checkbox" name="Did_own_work" value="ON">
  Click here to indicate that you have read the assigned material and are answering the reading questions on your own.</font>
 </p>
	<p>
  <span lang="en-us">The questions below mostly involve Chapter 26 Section 1, 
	but rely on your understanding of the material in Chapter 24 Section 2 as 
	well. Before attempting these questions, study chapter 24 Section 2 
	carefully, especially the Example Problem on p. 573. You will need to know 
	how to use the Third Right hand Rule. </span>
 </p>
	<p class="MsoNormal"><span lang="en-us">1. In Figure 26-1, consider the 
	situation when there is an upward electric <i><b>force</b></i> made by the 
	deflection plates acting on electrons. In that situation, the direction of 
	the electric <i><b>field </b></i>between the plates is</span></p>
	<p class="MsoNormal"><input type="radio" value="V4" name="Efield_up"><span lang="en-us">Up</span></p>
	<p class="MsoNormal"><input type="radio" name="Efield_down" value="V5"><span lang="en-us">Down
	</span></p>
	<p class="MsoNormal"><input type="radio" name="Efield_right" value="V6"><span lang="en-us">Towards 
	the right </span></p>
	<p class="MsoNormal"><input type="radio" name="Efield_left" value="V7"><span lang="en-us">Towards 
	the left</span></p>
	<p class="MsoNormal"><input type="radio" name="Efield_into" value="V14"><span lang="en-us">Into 
	the page</span></p>
	<p class="MsoNormal"><input type="radio" name="Efield_out" value="V15"><span lang="en-us">Out 
	of the page</span></p>
	<p class="MsoNormal"><span lang="en-us">2. Consider Figure 26-1 again. What 
	direction magnetic <i><b>field</b></i> would make a downward magnetic <i><b>
	force</b></i> on electrons passing through the deflection plates ?</span></p>
	<p class="MsoNormal"><input type="radio" value="V8" name="Bfield_up"><span lang="en-us">Up</span></p>
	<p class="MsoNormal"><input type="radio" name="Bfield_down" value="V9"><span lang="en-us">Down
	</span></p>
	<p class="MsoNormal"><input type="radio" name="Bfield_right" value="V10"><span lang="en-us">Towards 
	the right </span></p>
	<p class="MsoNormal"><input type="radio" name="Bfield_left" value="V11"><span lang="en-us">Towards 
	the left</span></p>
	<p class="MsoNormal"><input type="radio" name="Bfield_into" value="V12"><span lang="en-us">Into 
	the page</span></p>
	<p class="MsoNormal"><input type="radio" name="Bfield_out" value="V13"><span lang="en-us">Out 
	of the page</span></p>
	<p class="MsoNormal"><span lang="en-us">3. What type of field(s) did Thomson 
	actually use in his experiment to measure the charge/mass ratio of electrons 
	?</span></p>
	<p class="MsoNormal"><input type="radio" value="V16" name="thomson_E"><span lang="en-us">Electric 
	only</span></p>
	<p class="MsoNormal"><input type="radio" name="thomson_B" value="V17"><span lang="en-us">Magnetic 
	only</span></p>
	<p class="MsoNormal"><input type="radio" name="thomson_E_B" value="V18"><span lang="en-us">Both 
	electric and magnetic</span></p>
	<p class="MsoNormal"><span lang="en-us">4. If a charged particle moves in a 
	region that has a constant magnetic field, what is the shape of the 
	particle's trajectory (assuming that the direction of the particle's 
	velocity is initially perpendicular to the direction of the B field) ? (one word)</span></p>
	<p class="MsoNormal"><input type="text" name="path_B" size="20"></p>
	<p class="MsoNormal"><span lang="en-us">5. If a charged particle, initially 
	moving to the right in Figure 26.1, enters the region between the vertical 
	deflection plates in which there is a 
	constant electric field in the downward direction, what is the shape of the particle's trajectory 
	while it passes through the electric field ? (one 
	word) hint: think about the analogy between electric and gravitational 
	fields. <input type="text" name="path_E" size="20"></span></p>
	<p class="MsoNormal"><span lang="en-us">6. If a charged particle moves in a 
	region containing both electric and magnetic fields, it is possible that the 
	net force on the particle is zero i.e. that the electric and magnetic forces 
	are balanced. This is only possible, though, if the particle has a unique 
	(fill in the blank, one word)</span></p>
	<p class="MsoNormal"><input type="text" name="unique" size="20"><span lang="en-us"> 
	that depends only on the strengths of the electric and magnetic fields. The 
	shape of the particle's trajectory in this case is a (two words max)
	<input type="text" name="path_E_B" size="20">.</span></p>
	<div align="left">
  <p>
   <font size="4">When you've finished, click on SUBMIT.</font><br />
   <font size="2">(Make sure you haven't skipped any questions unintentionally)</font>
  </p>
 </div>
 <div align="left">
  <p>
   <input type="submit" name="Submit" value="SUBMIT">
  </p>
 </div>
 </form>
</body>
</html>