// JavaScript Document
var numberOfSections ;

var semester = "FALL";
var hourDelay = 13;  
// The significance of hourDelay was revised 10/4/08 by Alan Guth; now the
// solution links (InClass, Experiments, and PRS) will appear this many
// hours after the start (i.e., 12:00 am) of the day corresponding to the
// current Week/Day combination (e.g., W04D2) for TRF classes.  When set at
// 17, it means that Mon and Tues items will appear at 5 pm Tues, and Wed
// and Thurs items will appear at 5pm on Thurs.  Fri items will appear at
// 5pm on Fri.  Note that the value is also set in FullContentHandler.js, so
// the two values should be identical.

// the scheduleMap defines the schedule type for each section, either MWF (Monday, Wednesday, Friday), or TRF (Tuesday, ThuRsday, Friday)
var scheduleMap = new Array();
scheduleMap["L01"] = "MWF";
scheduleMap["L02"] = "MWF";
scheduleMap["L03"] = "MWF";
scheduleMap["L04"] = "MWF";
scheduleMap["L05"] = "TRF";
scheduleMap["L06"] = "TRF";
scheduleMap["L07"] = "TRF";
setNumSections(7);

// mwtrStart[] is intended for material that is not to be available
// during a MW or TR class in the section. The number is the
// number of milliseconds after NOON when the class STARTS.
// It may be positive or negative.
// Set it to zero and material will be available at any time..
var mwtrStart = new Array();
mwtrStart["L01"] = -3600000*3;
//mwtrStart["L02"] = -3600000;
mwtrStart["L02"] = 0;
//mwtrStart["L03"] = 3600000;
mwtrStart["L03"] = 0;
//mwtrStart["L04"] = 3600000*3;
mwtrStart["L04"] = 0;
//mwtrStart["L05"] = -3600000*3;
mwtrStart["L05"] = 0;
//mwtrStart["L06"] = -3600000;
mwtrStart["L06"] = 0;
//mwtrStart["L07"] = 3600000*2;
mwtrStart["L07"] = 0;
// ditto, but for Friday class.
var friStart = new Array();
friStart["L01"] = -3600000*3;
//friStart["L02"] = -3600000;
friStart["L02"] = 0;
//friStart["L03"] = 3600000;
friStart["L03"] = 0;
//friStart["L04"] = 3600000*4;
friStart["L04"] = 0;
//friStart["L05"] = -7200000;
friStart["L05"] = 0;
friStart["L06"] = -1000;
//friStart["L06"] = 0;
//friStart["L07"] = 3600000*3;
friStart["L07"] = 0;



// mapSummary[] allows instructors to put a special pdf file in their
// L0?/materials/Summaries directory. The presence must be indicated
// by a ModifyPresentation() entry in L0?/js/ModifiedContent.js for
// the section and W##D# which has the SumAvail number (the last
// argument before the info string) set to 1. Then the special pdf
// file must be named Summary_W##D#.pdf and placed in the directory.
// (The only thing setting this variable to true does is change the
// name that appears in the link from Summary to Special.)
var mapSummary = new Array();
mapSummary["L01"] = true;
mapSummary["L02"] = true;
mapSummary["L03"] = false;
mapSummary["L04"] = false;
mapSummary["L05"] = false;
mapSummary["L06"] = true;
mapSummary["L07"] = false;

// Insert start-of-term date here.
// Beware!!  Months are zero-indexed for date specifications!
// So January = month 0, December = Month 11.
// Years and days, however, are one-indexed.  So January 1st is month 0, day 1.

var startofterm = new Date(2009,8,6); //   Beginning date must be the sunday before the start of the term
var endofterm = new Date(2009,11,11); //    End date is one day after last day of classes
// "key dates" are specially marked on all section calendars with the string supplied in the functions below
var keyDates = new Array();
addKeyDate(new Date(2009,8,9), "FIRST DAY OF CLASSES");
addKeyDate(new Date(2009,9,13), "EXAM 1: 7:30pm");
addKeyDate(new Date(2009,9,9), "ADD DATE");
addKeyDate(new Date(2009,10,12), "EXAM 2: 7:30pm");
addKeyDate(new Date(2009,10,18), "DROP DATE");
addKeyDate(endofterm, "LAST DAY of CLASSES");
addKeyDate(new Date(2009,11,13), "FINAL EXAM WEEK");
addKeyDate(new Date(2009,11,14), "FINAL EXAM: Johnson, 9:00AM - 12:00NOON");
// Initialize sections here
// Section method formats:
//FUNCTION: InitializeSection(sectionID,sched); 
//ARGUMENTS:
//sectionID is the section name as a string (ie. "L01")
//sched is the schedule type (ie. days that it meets) of that section, either "MWF" or "TRF"
//EXAMPLE:
//InitializeSection("L01","MWF");

function InitializeModules()
{
	modules[0] = new ClassModule("Review",0);
	modules[1] = new ClassModule("Physics - The Foundation of Science",1);
	modules[2] = new ClassModule("Mathematics - The Language of Science",2);
	modules[3] = new ClassModule("Kinematics: One- and Two-Dimensional Motion",3);
	modules[4] = new ClassModule("The Concept of Force",4);
	modules[5] = new ClassModule("Newton's Second Law: Applications",5);
	modules[6] = new ClassModule("Uniform Circular Motion",6);
	modules[7] = new ClassModule("Work and Kinetic Energy",7);
	modules[8] = new ClassModule("Potential Energy and Conservation of Energy",8);
	modules[9] = new ClassModule("Momentum",9);
	modules[10] = new ClassModule("Simple Harmonic Motion",10);
	modules[11] = new ClassModule("Collision Theory",11);
	modules[12] = new ClassModule("Kinetic Theory",12);
	modules[13] = new ClassModule("Two Dimensional Rotational Dynamics",13);
	modules[14] = new ClassModule("Static Equilibrium and Elastic Properties of Materials",14);
	modules[15] = new ClassModule("Angular Momentum",15);
	modules[16] = new ClassModule("Gyroscopes",16);
    modules[17] = new ClassModule("Central Force Motion",17);
	
}
InitializeModules();
NumModules = 19;
InitializeSection("L01", "MWF");
InitializeSection("L02", "MWF");
InitializeSection("L03", "MWF");
InitializeSection("L04", "MWF");
InitializeSection("L05", "TRF");
InitializeSection("L06", "TRF");
InitializeSection("L07", "TRF");
// Initialize your presentations here
// Format:  InitializePresentation(
//		"W##D#","Class ##","Short Title",Module#,Presentation available?,PRS available?,Q&A Available, Summary available?,
//		"Info about presentation")
// The "availables" are either 1 (yes its available) or 0 (no its not).
// For the presentation, it is assumed that 3 things are present: a directory with the PPT, an HTML version and a PDF version
InitializePresentation(
	"W01D1","No Class","Class begins on Wednesday","1",0,0,0,0,
	"" +
	""
	)
InitializePresentation(
	"W01D2","Class 01","Introduction to TEAL; Introduction to Newtonian Mechanics","1",1,0,0,0,
	""+
	"Why Study Physics, Introduction to TEAL. The MasteringPhysics Class ID is MPDOURMASHKIN22053."
	)
InitializePresentation(
	"W01D3","Class 02","Dimensional Analysis","1",1,0,0,0,
	'Reading Assignment: Young and Freedman Chapter 1.1-1.2, <a href="http://web.mit.edu/8.01t/www/materials/modules/Dimensional Analysis_v06.pdf">' +
	"<br>TEAL Notes: Dimensional Analysis</a>"+
	"<br><br>Units and Dimensional Analysis Problem Solving. The MasteringPhysics Class ID is MPDOURMASHKIN22053."
	)
InitializePresentation(
	"W02D1","Class 03","Kinematics in One Dimension","2,3",1,0,0,0,
	"Reading Assignment: Young and Freedman Chapter 2.1-2.6" +
	"<br><br>One Dimensional Motion, Velocity and Acceleration"
	)
InitializePresentation(
	"W02D2","Class 04","Two Dimensional Motion ","2,3",1,0,0,0,
	"Reading Assignment: Young and Freedman Chapter 3.1-3.3, 12.1-12.2, 12.6" +
	"<br><br>Vectors; Two Dimensional Motion." 
	)
InitializePresentation(
	"W02D3","Class 05","Group Problem Solving: Kinematics","3",1,0,0,0,
	"Problem Solving: 1-Dim and 2-Dim Kinematics. " +
	'<a href="http://web.mit.edu/8.01t/www/materials/Experiments/PreLab1.pdf">' +
	"<br>Pre-lab Assignment for W03D2 Sept 23 and 24 Class</a>"+
	'<br><br><a href="http://web.mit.edu/8.01t/www/Prelab%20Data/">Prelab Data</a>'
	)
InitializePresentation(
	"W03D1","Class 06","The Concept of Force; Vectors & Force - Force Diagrams","4,5",1,0,0,0,	
	//"Reading Assignment: Young and Freedman Chapter 4.1-4.6, 5.1-5.3" +
	'Reading Assignment: Young and Freedman Chapter  4.1-4.6, 5.1-5.3, <a href="http://web.mit.edu/8.01t/www/materials/Experiments/PreLab1.pdf">' +
	"<br>Pre-lab Assignemnt for W03D2 Sept 23 and 24 Class</a>"+
	"<br><br>The Concept of Force; Newton's Laws "+
	'<br><br><a href="http://web.mit.edu/8.01t/www/Prelab%20Data/">Prelab Data</a>'
	)
InitializePresentation(
	"W03D2","Class 07","Newton's Laws; Linear Dynamics, Experiment 1: Force and Motion","4,5",1,0,0,0,
	"Reading Assignment: Young and Freedman Chapter 5.1-5.3, Experiment 1 Force and Motion" +
	"Two Dimensional Motion; Experiment 1: Force and Motion"
	)
InitializePresentation(
	"W03D3","Class 08","Quiz 1 One and Two Dimensional Kinematics; Force Problem Solving","3,4,5",1,0,0,0,
	"Problem Solving: Newton's Laws "
	)
InitializePresentation(
	"W04D1","Class 09","Circular Motion","6",1,0,0,0,	
	//"Reading Assignment: Young and Freedman Chapter 3.4, 5.4-5.5" +
	'Reading Assignment: Young and Freedman Chapter  3.4, 5.4-5.5, <a href="http://web.mit.edu/8.01t/www/materials/Experiments/PreLab2.pdf">' +
	"<br>Pre-lab Assignemnt for W04D2 Sept 30 and Oct 1 Class</a>"+
	"<br><br>Circular Motion Kinematics, Polar Coordinates, Circular Motion Dynamics"
	)
InitializePresentation(
	"W04D2","Class 10","Circular Motion Dynamics","6",1,0,0,0,	
	//"Reading Assignment: Young and Freedman Chapter 3.4; 5.4-5.5; Experiment 2: Circular Motion" +
	'Reading Assignment: Young and Freedman Chapter  3.4, 5.4-5.5; Experiment 2: Circular Motion" <a href="http://web.mit.edu/8.01t/www/materials/Experiments/PreLab2.pdf">' +
	"<br>Pre-lab Assignemnt for W04D2 Sept 30 and Oct 1 Class</a>"+
	"<br><br>Experiment 2 Uniform Circular Motion"
	)
InitializePresentation(
	"W04D3","Class 11","Quiz 2 Force and Linear Motion","1,2,3,4,5,6",1,0,0,0,
	""+
	"Circular Motion Problem Solving"
	)
InitializePresentation(
	"W05D1","Class 12","Work and Energy","7",1,0,0,0,	
	"Reading Assignment: Young and Freedman Chapter 6.1-6.4" +
	"<br><br>Kinetic Energy, Work, Work-Kinetic Energy Theorem"
	)
InitializePresentation(
	"W05D2","Class 13","Potential Energy and Conservation of Energy","8",1,0,0,0,	
	"Reading Assignment: Young and Freedman Chapter 7.1-7.5, 12.3" +
	"<br><br>Potential Energy, Conservation of Energy, and Energy Diagrams"
	)
InitializePresentation(
	"W05D3","Class 14","Conservation of Mechanical Energy Problem Solving","8",1,0,0,0,
	""+
	'<a href="http://web.mit.edu/8.01t/www/coursedocs/current/announcements.htm">' +
	"<br>Exam Room Assignments</a>"+

	"<br><br>Group Problem Solving: Conservation of Mechanical Energy"
	)
InitializePresentation(
	"W06D1","Class 15","Monday: Columbus Day Holiday No Class; Tuesday: Monday Schedule Exam One Review All Day: you are welcome to come at any time.","0",0,0,0,0,
	'<a href="http://web.mit.edu/8.01t/www/coursedocs/current/announcements.htm">' +
	"<br>Exam Room Assignments</a>"+
	"" +
	"<br><br>Tuesday: Monday Schedule Exam One Review All Day: you are welcome to come at any time. Exam One: Tuesday Oct 13 7:30-9:30 pm. See announcements webpage for section exam room assignments."
	)
InitializePresentation(
	"W06D2","Class 16","Mechanical Energy and Simple Harmonic Oscillator","8,10",1,0,0,0,	
	"Reading Assignment: Young and Freedman Chapter 13.1-13.5" +
	"<br><br>Simple Harmonic Motion: Conservation of Energy and Restoring Forces."
	)
InitializePresentation(
	"W06D3","No Class","No Class.","0",1,0,0,0,
	""+
	"Exan Grading: No Class"
	)
InitializePresentation(
	"W07D1","Class 17","Momentum and Impulse","9",1,0,0,0,	
	"Reading Assignment: Young and Freedman Chapter 8.1-8.5" +
	"<br><br>Center of Mass, Momentum, Impulse and Newton's Second Law"+
	'<br><br><a href="http://web.mit.edu/8.01t/www/Prelab%20Data/">Prelab Data</a>'
	)
InitializePresentation(
	"W07D2","Class 18","Collision Theory","11",1,0,0,0,	
	"Reading Assignment: Young and Freedman Chapter 8.1-8.5" +
	"<br><br>Conservation of Momentum and Newton's Second Law and Collision Theory"+
	'<br><br><a href="http://web.mit.edu/8.01t/www/Prelab%20Data/">Prelab Data</a>'
	)
InitializePresentation(
	"W07D3","Class 19","Quiz 3 Energy; Conservation of Momentum Problem Solving","7,8,10",1,0,0,0,
	""+
	"<br><br>Conservation of Momentum Problem Solving"+
	'<br><br><a href="http://web.mit.edu/8.01t/www/Prelab%20Data/">Prelab Data</a>'
	)
InitializePresentation(
	"W08D1","Class 20","Continuous Mass Flow","9,11",1,0,0,0,	
	'Reading Assignment: Young and Freedman Chapter 8.6, <a href="http://web.mit.edu/8.01t/www/materials/modules/continuous_mass_transfer.pdf">' +
	"<br>TEAL Notes: Continuous Mass Flow</a>"+
	'Pre-Lab Assignment: <a href="http://web.mit.edu/8.01t/www/materials/Experiments/PreLab3.pdf">' +
	"<br>Pre-lab Assignemnt for W08D2 Oct 28 and Oct 29 Class</a>"+
	"<br><br>Conservation of Momentum, Newton's Second Law and Continuous Mass Flow"+
	'<br><br><a href="http://web.mit.edu/8.01t/www/Prelab%20Data/">Prelab Data</a>'
	)
InitializePresentation(
	"W08D2","Class 21","Continuous Mass Flow; Experiment 3: Work and Energy","9,11",1,0,0,0,	
	'Reading Assignment: Young and Freedman Chapter 8.6, Experiment 3: Work and Energy, <a href="http://web.mit.edu/8.01t/www/materials/modules/continuous_mass_transfer.pdf">' +
	"<br>TEAL Notes: Continuous Mass Flow</a>"+
	'Pre-Lab Assignment: <a href="http://web.mit.edu/8.01t/www/materials/Experiments/PreLab3.pdf">' +
	"<br>Pre-lab Assignemnt for W08D2 Oct 28 and Oct 29 Class</a>"+"<br><br>Experiment 3: Work and Energy"+
	'<br><br><a href="http://web.mit.edu/8.01t/www/Prelab%20Data/">Prelab Data</a>'
	)
InitializePresentation(
	"W08D3","Class 22","Group Problem Solving: Conservation of Momentum","9,11",1,0,0,0,
	""+
	"Group Problem Solving: Conservation of Momentum."
	)
InitializePresentation(
	"W09D1","Class 23","Two-Dimensional Rotational Kinematics","6,13",1,0,0,0,	
	"Reading Assignment: Young and Freedman Chapter 9.1-9.6, 10.5" +
	"<br><br>Rigid Bodies Kinematics."
	)
InitializePresentation(
	"W09D2","Class 24","Angular Momentum and Two-Dimensional Rotational Dynamics","13",1,0,0,0,	
	"Reading Assignment: Young and Freedman Chapter 10.1-10.2, 10.5-10.6; 11.1-11.3" +
	"<br><br>"
	)
InitializePresentation(
	"W09D3","Class 25","Quiz 4 Momentum Two Dimensional Rotational Dynamics","9,10,11,12",1,0,0,0,
	"Statics Problem Solving"+
	'<br><br>Reading Assignment for W10D1:  Experiment 4: Moment of Inertia and Angular Collisions' +
	""+
	'Pre-Lab Assignment: <a href="http://web.mit.edu/8.01t/www/materials/Experiments/PreLab4.pdf">' +
	"<br>Pre-lab Assignemnt for W10D1 Nov 9 and Nov 10 Class</a>"+"<br><br>Experiment 4: Moment of Inertia and Angular Collisions"+
	'<br><br><a href="http://web.mit.edu/8.01t/www/Prelab%20Data/">Prelab Data</a>'
	
	)
InitializePresentation(
	"W10D1","Class 26","Experiment 4: Moment of Inertia and Angular Collisions ","15",1,0,0,0,	
	'Reading Assignment:  Experiment 4: Moment of Inertia and Angular Collisions' +
	""+
	'Pre-Lab Assignment: <a href="http://web.mit.edu/8.01t/www/materials/Experiments/PreLab4.pdf">' +
	"<br>Pre-lab Assignemnt for W10D1 Nov 9 and Nov 10 Class</a>"+"<br><br>Experiment 4: Moment of Inertia and Angular Collisions"+
	'<br><br><a href="http://web.mit.edu/8.01t/www/Prelab%20Data/">Prelab Data</a>'
	)
InitializePresentation(
	"W10D2","Class 27","Wednesday Veteran's Day Holiday; Thursday Exam Two Review; ","9,10,11,12,13",1,0,0,0,	
	"" +
	"<br><br>EXAM TWO Energy and Momentum,  Thurs Nov 12: 7:30-9:30 pm"
	)
InitializePresentation(
	"W10D3","N0 CLASS","No Class","0",1,0,0,0,
	""+
	"Exam Grading: No Class"
	)
InitializePresentation(
	"W11D1","Class 28","Pendulums; Rolling without Slipping","13",1,0,0,0,	
	"Reading Assignment: Young and Freedman Chapter 13.5-13.6, 10.3" +
	"<br><br>Simple and Physical Pendulums, Rolling Without Slipping Constraint"
	)
InitializePresentation(
	"W11D2","Class 29","Translation and Rotation","14",1,0,0,0,	
	"Reading Assignment: Young and Freedman Chapter 10.3-10.6" +
	"<br><br>Yo-Yo's, Rolling Objects"
	)
InitializePresentation(
	"W11D3","Class 30","Quiz 5 Rotational Dynamics","13,14,15",1,0,0,0,
	""+
	"<br><br>Questions and Answers on Rotation and Translation"
	)
InitializePresentation(
	"W12D1","Class 31","Central Force Motion","17",1,0,0,0,	
	"Reading Assignment: Young and Freedman Chapter 12.4-12.5, 12.8" +
	"<br><br>Central Force Motion; Closed and Open Orbits"
	)
InitializePresentation(
	"W12D2","NO CLASS","No Class","0",1,0,0,0,
	"" +
	"Travel: Thanksgiving Day Holiday"
	)
InitializePresentation(
	"W12D3","NO CLASS","No Class","0",1,0,0,0,
	"" +
	"Thanksgiving Day Holiday"
	)
InitializePresentation(
	"W13D1","Class 32","Three Dimensional Rotational Dynamics","16",1,0,0,0,	
	"Reading Assignment: Young and Freedman Chapter 10.7" +
	"<br><br>Principal Axes, Changing Direction of Angular Momentum"
	)
InitializePresentation(
	"W13D2","Class 33","Three Dimensional Rotational Dynamics: Gyroscopes","16",1,0,0,0,	
	"Reading Assignment: Young and Freedman Chapter 10.7" +
	"<br><br>Gyroscopic Motion"
	)
InitializePresentation(
	"W13D3","Class 35","Quiz 6: Angular Momentum","15,16",1,0,0,0,
	""+
	"<br><br>Questions and Answers on Angular Momentum"
	)
InitializePresentation(
	"W14D1","Class 36","Three Dimensional Rotational Dynamics: Gyroscopes","16",1,0,0,0,	
	"Reading Assignment: Young and Freedman Chapter 10.7" +
	"<br><br>Play with Gyroscopes"
	)
InitializePresentation(
	"W14D2","Class 37","Last Day Classes: Final Review","0",0,0,0,0,
	""+
	"Final Exam TBA"
	)

InitializeInClassForAllSections(
	"W01D3","Table Problem Dimensional Analysis: Maximum Speed of a Sailboat","1",
	"",
	"http://web.mit.edu/8.01t/www/materials/InClass/IC_Sol_W01D3-1.pdf",
	"This problem will help you learn how to use dimensional analysis.The MasteringPhysics Class ID is MPDOURMASHKIN22053."
	);
InitializeInClassForAllSections(
	"W02D1","Table Problem: One Dimensional Kinematics --Sports Car","3",
	"http://web.mit.edu/8.01t/www/materials/InClass/IC-W02D1-1.pdf",
	"http://web.mit.edu/8.01t/www/materials/InClass/IC_Sol_W02D1-1.pdf",
	"This problem will help you understand how to find the position and velocity for non-constant acceleration"
	);
InitializeInClassForAllSections(
	"W02D1","Table Problem: One Dimensional Kinematics --Car and Motorcycle","3",
	"http://web.mit.edu/8.01t/www/materials/InClass/IC-W02D1-2.pdf",
	"http://web.mit.edu/8.01t/www/materials/InClass/IC_Sol_W02D1-2.pdf",
	"This problem will help you understand how to apply the concepts of kinematics when there are two moving bodies"
	);
InitializeInClassForAllSections(
	"W02D1","ConcepTests W02D1","3",
	"",
	"http://web.mit.edu/8.01t/www/materials/InClass/IC_Sol_W02D1-3.pdf",
	"Today's ConcepTests with solutions."
	);
InitializeInClassForAllSections(
	"W02D2","Table Problem: Softball Catch","3",
	"http://web.mit.edu/8.01t/www/materials/InClass/IC-W02D2-1.pdf",
	"http://web.mit.edu/8.01t/www/materials/InClass/IC_Sol_W02D2-1.pdf",
	"This problem will help you understand how to apply the concepts of kinematics when there are two moving bodies"
	);
InitializeInClassForAllSections(
	"W02D2","Table Problem: Two-Dimensional Kinematics -- Stuffed Animal and Projectile","3",
	"http://web.mit.edu/8.01t/www/materials/InClass/IC-W02D2-2.pdf",
	"http://web.mit.edu/8.01t/www/materials/InClass/IC_Sol_W02D2-2.pdf",
	"This problem will help you understand how to apply the concepts of kinematics when there are two moving bodies"
	);
InitializeInClassForAllSections(
	"W02D2","ConcepTests W02D2","3",
	"",
	"http://web.mit.edu/8.01t/www/materials/InClass/IC_Sol_W02D2-3.pdf",
	"Today's ConcepTests with solutions."
	);

InitializeInClassForAllSections(
	"W02D3","Friday Group Problem: Kinematics","3",
	"http://web.mit.edu/8.01t/www/materials/InClass/IC-W02D3-1.pdf",
	"http://web.mit.edu/8.01t/www/materials/InClass/IC_Sol_W02D3-1.pdf",
	"These problems introduce multistage motion and multiple objects undergoing constant or zero acceleration"
	);
InitializeInClassForAllSections(
	"W03D1","ConcepTests W03D1","4",
	"",
	"http://web.mit.edu/8.01t/www/materials/InClass/IC_Sol_W03D1-3.pdf",
	"Today's ConcepTests with solutions."
	);
InitializeInClassForAllSections(
	"W03D1","Table Problem: Painter","5",
	"http://web.mit.edu/8.01t/www/materials/InClass/IC-W03D1-1.pdf",
	"http://web.mit.edu/8.01t/www/materials/InClass/IC_Sol_W03D1-1.pdf",
	"This problem will help you learn how to write free body force diagrams for more than one object"
	);
InitializeInClassForAllSections(
	"W03D1","Table Problem: Blocks and Pulleys on a Table","5",
	"http://web.mit.edu/8.01t/www/materials/InClass/IC-W03D1-2.pdf",
	"http://web.mit.edu/8.01t/www/materials/InClass/IC_Sol_W03D1-2.pdf",
	"This problem will help you learn how to find constraint conditions and solve a very complicated problem"
	);
InitializeInClassForAllSections(
	"W03D2","ConcepTests W03D2","5",
	"",
	"http://web.mit.edu/8.01t/www/materials/InClass/IC_Sol_W03D2-3.pdf",
	"Today's ConcepTest with solution."
	);
InitializeInClassForAllSections(
	"W03D3","In Class Problem: Pushing Books","5",
	"http://web.mit.edu/8.01t/www/materials/InClass/IC-W03D3-1.pdf",
	"http://web.mit.edu/8.01t/www/materials/InClass/IC_Sol_W03D3-1.pdf",
	"These problems shows how to draw internal forces on free-body force diagrams for interacting bodies "
	);
InitializeInClassForAllSections(
	"W04D1","ConcepTests W04D1","6",
	"",
	"http://web.mit.edu/8.01t/www/materials/InClass/IC_Sol_W04D1-3.pdf",
	"Today's ConcepTest with solution."
	);
InitializeInClassForAllSections(
	"W04D1","Table Problem: Horizontal Circular Motion No Gravity","6",
	"http://web.mit.edu/8.01t/www/materials/InClass/IC-W04D1-4.pdf",
	"http://web.mit.edu/8.01t/www/materials/InClass/IC_Sol_W04D1-4.pdf",
	"This problem provides a very simple example of finding the force that produces circular motion at constant speed"
	);
InitializeInClassForAllSections(
	"W04D1","Table Problem: Rotating Bucket","6",
	"http://web.mit.edu/8.01t/www/materials/InClass/IC-W04D1-1.pdf",
	"http://web.mit.edu/8.01t/www/materials/InClass/IC_Sol_W04D1-1.pdf",
	"This problem will help you understand how to analyze forces on objects that are moving in uniform circular motion"
	);

InitializeInClassForAllSections(
	"W04D1","Table Problem: Whirling Ping Pong","6",
	"http://web.mit.edu/8.01t/www/materials/InClass/IC-W04D1-2.pdf",
	"http://web.mit.edu/8.01t/www/materials/InClass/IC_Sol_W04D1-2.pdf",
	"This problem combines linear and circular motion and explains a lecture demo"
	);
InitializeInClassForAllSections(
	"W04D2","Reading Quiz W04D2","6",
	"",
	"http://web.mit.edu/8.01t/www/materials/InClass/IC_Sol_W04D2-3.pdf",
	"Today's Reading Quiz with solution."
	);
InitializeInClassForAllSections(
	"W04D2","Circular Motion on the inside of a Cone","6",
	"http://web.mit.edu/8.01t/www/materials/InClass/IC-W04D2-1.pdf",
	"http://web.mit.edu/8.01t/www/materials/InClass/IC_Sol_W04D2-1.pdf",
	"This problem will help you understand how to model objects undergoing circular motion while on an inclined plane"
	);
InitializeInClassForAllSections(
	"W04D3","ConcepTests W04D3","6",
	"",
	"http://web.mit.edu/8.01t/www/materials/InClass/IC_Sol_W04D3-3.pdf",
	"Today's ConcepTests with solutions."
	);
InitializeInClassForAllSections(
	"W05D1","ConcepTests W05D1","7",
	"",
	"http://web.mit.edu/8.01t/www/materials/InClass/IC_Sol_W05D1-3.pdf",
	"Today's ConcepTests with solutions."
	);
InitializeInClassForAllSections(
	"W05D1","Work Done by Several Forces","7",
	"http://web.mit.edu/8.01t/www/materials/InClass/IC-W05D1-1.pdf",
	"http://web.mit.edu/8.01t/www/materials/InClass/IC_Sol_W05D1-1.pdf",
	"This problem shows how to calculate the work done on an object when several forces are acting"
	);
InitializeInClassForAllSections(
	"W05D1","Asteroid about Sun","7",
	"http://web.mit.edu/8.01t/www/materials/InClass/IC-W05D1-2.pdf",
	"http://web.mit.edu/8.01t/www/materials/InClass/IC_Sol_W05D1-2.pdf",
	"This problem shows how to calculate the work done in polar coordinats for an inverse square force"
	);
InitializeInClassForAllSections(
	"W05D2","ConcepTests W05D2","8",
	"",
	"http://web.mit.edu/8.01t/www/materials/InClass/IC_Sol_W05D2-3.pdf",
	"Today's ConcepTests with solutions."
	);
InitializeInClassForAllSections(
	"W05D2","Spring Loop-the-Loop","8",
	"http://web.mit.edu/8.01t/www/materials/InClass/IC-W05D2-1.pdf",
	"http://web.mit.edu/8.01t/www/materials/InClass/IC_Sol_W05D2-1.pdf",
	"This problem shows how to combines concepts involving circular motion and mechanical energy. "
	);
InitializeInClassForAllSections(
	"W05D2","Extreme Skier","8",
	"http://web.mit.edu/8.01t/www/materials/InClass/IC-W05D2-2.pdf",
	"http://web.mit.edu/8.01t/www/materials/InClass/IC_Sol_W05D2-2.pdf",
	"This problem shows how to combine non-conservative work and the change in mechanical energy to determine the motion of a skier. "
	);
InitializeInClassForAllSections(
	"W05D3","Friday Group Problem Energy","7",
	"http://web.mit.edu/8.01t/www/materials/InClass/IC-W05D3-1.pdf",
	"http://web.mit.edu/8.01t/www/materials/InClass/IC_Sol_W05D3-1.pdf",
	"The first problem combines concepts involving circular motion and mechanical energy. The second problem introduces the relation between potential energy and force using potential energy diagrams."
	);
InitializeInClassForAllSections(
	"W06D2","ConcepTests W06D2","10",
	"",
	"http://web.mit.edu/8.01t/www/materials/InClass/IC_Sol_W06D2-3.pdf",
	"Today's ConcepTests with solutions."
	);
InitializeInClassForAllSections(
	"W06D2","Simple Pendulum using Force Methods","10",
	"http://web.mit.edu/8.01t/www/materials/InClass/IC-W06D2-1.pdf",
	"http://web.mit.edu/8.01t/www/materials/InClass/IC_Sol_W06D2-1.pdf",
	"This problem shows how to apply force techniques to describe the simple pendulum as a simple harnmonic oscillator when the angular displacement is small. "
	);
InitializeInClassForAllSections(
	"W06D2","Simple Pendulum using Energy Methods","10",
	"http://web.mit.edu/8.01t/www/materials/InClass/IC-W06D2-2.pdf",
	"http://web.mit.edu/8.01t/www/materials/InClass/IC_Sol_W06D2-2.pdf",
	"This problem shows how to apply energy techniques to analyze the simple pendulum. "
	);
InitializeInClassForAllSections(
	"W06D2","U-Tube","10",
	"http://web.mit.edu/8.01t/www/materials/InClass/IC-W06D2-4.pdf",
	"http://web.mit.edu/8.01t/www/materials/InClass/IC_Sol_W06D2-4.pdf",
	"This problem shows how to model the motion of a fluid in a U-Tube as simple harmonic motion using energy techniques. "
	);
	//InitializeInClassForAllSections(
	//"W04D3","In Class Problem: Dust Cloud","6",
	//"http://web.mit.edu/8.01t/www/materials/InClass/IC-W05D3-1.pdf",
	//"http://web.mit.edu/8.01t/www/materials/InClass/IC_Sol_W05D3-1.pdf",
	//"This problem will help you understand how to solve circular motion problems with several central forces."
	//);
InitializeInClassForAllSections(
	"W07D1","ConcepTests W07D1","9",
	"",
	"http://web.mit.edu/8.01t/www/materials/InClass/IC_Sol_W07D1-3.pdf",
	"Today's ConcepTests with solutions."
	);	
InitializeInClassForAllSections(
	"W07D1","Table Problem: Sliding on a Slipping Block","9",
	"http://web.mit.edu/8.01t/www/materials/InClass/IC-W07D1-1.pdf",
	"http://web.mit.edu/8.01t/www/materials/InClass/IC_Sol_W07D1-1.pdf",
	"This problem will help you learn how to apply energy and momentum methods to find the speeds of objects after their interaction."
	);
InitializeInClassForAllSections(
	"W07D1","Table Problem: Center of Mass of Earth-Moon System","9",
	"http://web.mit.edu/8.01t/www/materials/InClass/IC-W07D1-2.pdf",
	"http://web.mit.edu/8.01t/www/materials/InClass/IC_Sol_W07D1-2.pdf",
	"This problem will help you learn how to find the center of mass of a two-body system."
	);
InitializeInClassForAllSections(
	"W07D1","Table Problem: Center of Mass of a Rod","9",
	"http://web.mit.edu/8.01t/www/materials/InClass/IC-W07D1-4.pdf",
	"http://web.mit.edu/8.01t/www/materials/InClass/IC_Sol_W07D1-4.pdf",
	"This problem will help you learn how to find the center of mass of a continuous body."
	);
InitializeInClassForAllSections(
	"W07D2","ConcepTests W07D2","11",
	"",
	"http://web.mit.edu/8.01t/www/materials/InClass/IC_Sol_W07D2-3.pdf",
	"Today's ConcepTests with solutions."
	);
InitializeInClassForAllSections(
	"W07D2","Table Problem: Exploding Projectile","9",
	"http://web.mit.edu/8.01t/www/materials/InClass/IC-W07D2-1.pdf",
	"http://web.mit.edu/8.01t/www/materials/InClass/IC_Sol_W07D2-1.pdf",
	"This problem will help you learn how to apply momentum methods and center of mass methods to analyze an exploding projectile."
	);
InitializeInClassForAllSections(
	"W07D2","Table Problem: Landing Plane and Sandbag","9",
	"http://web.mit.edu/8.01t/www/materials/InClass/IC-W07D2-2.pdf",
	"http://web.mit.edu/8.01t/www/materials/InClass/IC_Sol_W07D2-2.pdf",
	"This problem will help you learn how to apply momentum and energy methods for a plane landing on a short runway ."
	);
InitializeInClassForAllSections(
	"W07D2","Table Problem: Recoil","11",
	"http://web.mit.edu/8.01t/www/materials/InClass/IC-W07D2-4.pdf",
	"http://web.mit.edu/8.01t/www/materials/InClass/IC_Sol_W07D2-4.pdf",
	"This problem will help you learn how to analyze a recoil problem and think about the results from the perspective of different reference frames."
	);
InitializeInClassForAllSections(
	"W07D2","Table Problem:Gravitational Slingshot","11",
	"http://web.mit.edu/8.01t/www/materials/InClass/IC-W07D2-5.pdf",
	"http://web.mit.edu/8.01t/www/materials/InClass/IC_Sol_W07D2-5.pdf",
	"This problem will help you learn why satellites try to pass nearby planets on their way to outer planets. An appendix discusses the concept of relative velocity and elastic collisions."
	);
InitializeInClassForAllSections(
	"W07D2","Table Problem: Bouncing Superballs","11",
	"http://web.mit.edu/8.01t/www/materials/InClass/IC-W07D2-6.pdf",
	"http://web.mit.edu/8.01t/www/materials/InClass/IC_Sol_W07D2-6.pdf",
	"This problem will help you learn how to analyze in just a few lines how two balls of very different masses rebound when the lighter one is dropped immediately above the heavier one. The solution illustrates the value of viewing the collision from different reference frames and also how to use the concept of relative velocity."
	);
InitializeInClassForAllSections(
	"W08D1","Reading Quiz W08D1","11",
	"",
	"http://web.mit.edu/8.01t/www/materials/InClass/IC_Sol_W08D1-3.pdf",
	"Today's Reading Quiz with solutions."
	);
InitializeInClassForAllSections(
	"W08D1","Worked Example: Stream Bouncing Off Wall","11",
	"http://web.mit.edu/8.01t/www/materials/InClass/IC-W08D1-1.pdf",
	"http://web.mit.edu/8.01t/www/materials/InClass/IC_Sol_W08D1-1.pdf",
	"This worked example will show you how to calculate the maximum force that a stream of water exerts on a perpendicular surface ."
	);
InitializeInClassForAllSections(
	"W08D1","Table Problem: Clown-Hat Fountain","11",
	"http://web.mit.edu/8.01t/www/materials/InClass/IC-W08D1-4.pdf",
	"http://web.mit.edu/8.01t/www/materials/InClass/IC_Sol_W08D1-4.pdf",
	"This table problem shows you how to figure out the maximum height that a hat will rise if it is suspended by a stream of water from a hose."
	);
InitializeInClassForAllSections(
	"W08D1","Table Problem: Continuous Mass Flow Coal Car","11",
	"http://web.mit.edu/8.01t/www/materials/InClass/IC-W08D1-2.pdf",
	"http://web.mit.edu/8.01t/www/materials/InClass/IC_Sol_W08D1-2.pdf",
	"This table problem will help you learn how to solve a problem that involves a continuous transfer of mass that has zero initial horizontal speed into a moving car using two different approaches."
	);
InitializeInClassForAllSections(
	"W08D1","Worked Example: Emptying a Freight Car","11",
	"http://web.mit.edu/8.01t/www/materials/InClass/IC-W08D1-5.pdf",
	"http://web.mit.edu/8.01t/www/materials/InClass/IC_Sol_W08D1-5.pdf",
	"This worked example will help you learn how to solve a problem that involves a continuous transfer of mass that falls from a moving car, (no recoil). "
	);
InitializeInClassForAllSections(
	"W08D1","Table Problem: Sand Spraying Locomotive","11",
	"http://web.mit.edu/8.01t/www/materials/InClass/IC-W08D1-6.pdf",
	"http://web.mit.edu/8.01t/www/materials/InClass/IC_Sol_W08D1-6.pdf",
	"This table problem will help you learn how to solve a problem that involves a continuous transfer of mass into a moving car where the trasnfered mass has a non-zero relative speed in the direction of motion of the car."
	);
InitializeInClassForAllSections(
	"W08D1","Worked Example: Falling Chain","11",
	"http://web.mit.edu/8.01t/www/materials/InClass/IC-W08D1-7.pdf",
	"http://web.mit.edu/8.01t/www/materials/InClass/IC_Sol_W08D1-7.pdf",
	"This worked example models a demo where a chain is allowed to fall upon a scale and you are asked to find the reading of the scale as the chanin is falling. "
	);
InitializeInClassForAllSections(
	"W08D2","Reading Quiz and Concept Questions W08D2","11",
	"",
	"http://web.mit.edu/8.01t/www/materials/InClass/IC_Sol_W08D2-3.pdf",
	"Today's Reading Quiz and Concept Questions with solutions."
	);
InitializeInClassForAllSections(
	"W08D3","Friday Group Problem Continuous Mass Flow","11",
	"http://web.mit.edu/8.01t/www/materials/InClass/IC-W08D3-1.pdf",
	"http://web.mit.edu/8.01t/www/materials/InClass/IC_Sol_W08D3-1.pdf",
	"These two problems will help you analyze problems involving a transfer of mass to an object in which the relative speed between the transfered mass and the receiving object is non-zero."
	);
InitializeInClassForAllSections(
	"W08D2","Worked Example: Rocket Problem","11",
	"http://web.mit.edu/8.01t/www/materials/InClass/IC-W08D2-1.pdf",
	"http://web.mit.edu/8.01t/www/materials/InClass/IC_Sol_W08D2-1.pdf",
	"This detailed analysis of the rocket problem considers both cases of a rocket accelerating in a zero gravitational field and a constant gravitational field ."
	);
InitializeInClassForAllSections(
	"W09D1","Reading Quiz and Concept Questions W09D1","13",
	"",
	"http://web.mit.edu/8.01t/www/materials/InClass/IC_Sol_W09D1-3.pdf",
	"Today's Reading Quiz and Concept Questions with solutions."
	);
InitializeInClassForAllSections(
	"W09D1","Table Problem: Rotational Kinematics","13",
	"http://web.mit.edu/8.01t/www/materials/InClass/IC-W09D1-7.pdf",
	"http://web.mit.edu/8.01t/www/materials/InClass/IC_Sol_W09D1-7.pdf",
	"This problem illustrates a simple application of rotational kinematics."
	);
InitializeInClassForAllSections(
	"W09D1","Worked Example: Moment of Inertia: Uniform Disc","13",
	"http://web.mit.edu/8.01t/www/materials/InClass/IC-W09D1-6.pdf",
	"http://web.mit.edu/8.01t/www/materials/InClass/IC_Sol_W09D1-6.pdf",
	"This  problem illustrates how to calculate the moment of inertia of a disc about two parallel axes."
	);
InitializeInClassForAllSections(
	"W09D1","Table Problem: Moment of Inertia of a Uniform Rod","13",
	"http://web.mit.edu/8.01t/www/materials/InClass/IC-W09D1-1.pdf",
	"http://web.mit.edu/8.01t/www/materials/InClass/IC_Sol_W09D1-1.pdf",
	"This problem illustrates how to calculate a moment of inertia"
	);
InitializeInClassForAllSections(
	"W09D1","Worked Example: Energy and Pulley System","13",
	"http://web.mit.edu/8.01t/www/materials/InClass/IC-W09D1-2.pdf",
	"http://web.mit.edu/8.01t/www/materials/InClass/IC_Sol_W09D1-2.pdf",
	"This problem illustrates how to apply energy techniques to calculate speeds for a system of blocks and pulley on an inlcined plane."
	);
InitializeInClassForAllSections(
	"W09D1","Table Problem: Angular Momentum for Constant Velocity Motion","13",
	"http://web.mit.edu/8.01t/www/materials/InClass/IC-W09D1-4.pdf",
	"http://web.mit.edu/8.01t/www/materials/InClass/IC_Sol_W09D1-4.pdf",
	"This simple problem illustrates how to calculate the angular momentum of a particle about a point using the vector (cross) product."
	);
InitializeInClassForAllSections(
	"W09D2","Reading Quiz and Concept Questions W09D2","13",
	"",
	"http://web.mit.edu/8.01t/www/materials/InClass/IC_Sol_W09D2-3.pdf",
	"Today's Reading Quiz and Concept Questions with solutions."
	);
InitializeInClassForAllSections(
	"W09D2","Table Problem: Angular Momentum for Circular Motion","13",
	"http://web.mit.edu/8.01t/www/materials/InClass/IC-W09D2-1.pdf",
	"http://web.mit.edu/8.01t/www/materials/InClass/IC_Sol_W09D2-1.pdf",
	"This set of problems illustrates how to calculate the angular momentum of particles undergoing circular motion. The vector (cross) product is calculated using cylindrical coordinates."
	);
InitializeInClassForAllSections(
	"W09D2","Table Problem: Atwood's Machine","13",
	"http://web.mit.edu/8.01t/www/materials/InClass/IC-W09D2-5.pdf",
	"http://web.mit.edu/8.01t/www/materials/InClass/IC_Sol_W09D2-5.pdf",
	"This problem illustrates how to apply rotational dynamics to a pulley with weights."
	);
InitializeInClassForAllSections(
	"W09D2","Table Problem: Cross-section of Meteor Shower","13",
	"http://web.mit.edu/8.01t/www/materials/InClass/IC-W09D2-6.pdf",
	"http://web.mit.edu/8.01t/www/materials/InClass/IC_Sol_W09D2-6.pdf",
	"Will an asteroid hit the earth and destroy life as we know it? Learn how to use energy and angular momentum concepts to predict whether or not it will hit."
	);
InitializeInClassForAllSections(
	"W09D3","Table Problem: Person Standing on Ladder","13",
	"http://web.mit.edu/8.01t/www/materials/InClass/IC-W09D3-1.pdf",
	"http://web.mit.edu/8.01t/www/materials/InClass/IC_Sol_W09D3-1.pdf",
	"This problem illustrates how to solve a static equilibrium problem and also how to compute torques about different points"
	);
InitializeInClassForAllSections(
	"W11D1","Reading Quiz and Concept Questions W1101","13",
	"",
	"http://web.mit.edu/8.01t/www/materials/InClass/IC_Sol_W11D1-3.pdf",
	"Today's Reading Quiz and Concept Questions with solutions."
	);
InitializeInClassForAllSections(
	"W11D1","Table Problem: Torsional Oscillator","13",
	"http://web.mit.edu/8.01t/www/materials/InClass/IC-W11D1-1.pdf",
	"http://web.mit.edu/8.01t/www/materials/InClass/IC_Sol_W11D1-1.pdf",
	"This problem illustrates how to find the simple harmonic oscillator equation for a torsional oscillator."
	);
InitializeInClassForAllSections(
	"W11D1","Worked Example: Physical Pendulum","13",
	"",
	"http://web.mit.edu/8.01t/www/materials/InClass/IC_Sol_W11D1-4.pdf",
	"This  problem illustrates how to find the period of a uniform rod pivoted at one end using three different methods, torque about the pivot point, energy, and torque about the center of mass and force acting on center of mass."
	);
InitializeInClassForAllSections(
	"W11D2","Reading Quiz and Concept Questions W11D2","13",
	"",
	"http://web.mit.edu/8.01t/www/materials/InClass/IC_Sol_W11D2-4.pdf",
	"Today's Reading Quiz and Concept Questions with solutions."
	);
InitializeInClassForAllSections(
	"W11D2","Concept Questions: Rolling Without Slipping Down an Inclined Plane;  W11D2","13",
	"",
	"http://web.mit.edu/8.01t/www/materials/InClass/IC_Sol_W11D2-3.pdf",
	"This set of concept questions shows you how to find the acceleration of a cylinder that is rolling without slipping down an inclined plane."
	);
InitializeInClassForAllSections(
	"W11D2","Table Problem and Worked Example: Cylinder Rolling Down an Inlcined Plane","13",
	"http://web.mit.edu/8.01t/www/materials/InClass/IC-W11D2-1.pdf",
	"http://web.mit.edu/8.01t/www/materials/InClass/IC_Sol_W11D2-1.pdf",
	"This  problem illustrates how to find the magnitude of the acceleration and velocity of a cylinder rolling down an inclined plane using three different methods, torque about a fixed point along the contact line, energy, and torque about the center of mass and force acting on center of mass."
	);
InitializeInClassForAllSections(
	"W11D2","Table Problem: Descending and Ascendng Yo-Yo","13",
	"http://web.mit.edu/8.01t/www/materials/InClass/IC-W11D2-2.pdf",
	"http://web.mit.edu/8.01t/www/materials/InClass/IC_Sol_W11D2-2.pdf",
	"This  problem illustrates how to find the magnitude of the acceleration and and tension in the string of a descending and ascendng yo-yo."
	);
InitializeInClassForAllSections(
	"W11D2","Worked Example: Bowling Ball","13",
	"http://web.mit.edu/8.01t/www/materials/InClass/IC-W11D2-5.pdf",
	"http://web.mit.edu/8.01t/www/materials/InClass/IC_Sol_W11D2-5.pdf",
	"This  problem illustrates how to find the speed of a thrown bowling bowl when it just starts to roll without slipping using two different methods, torque about a fixed point along the contact line, and torque about the center of mass and force acting on center of mass."
	);
InitializeInClassForAllSections(
	"W12D1","Reading Quiz and Concept Questions W12D1","17",
	"",
	"http://web.mit.edu/8.01t/www/materials/InClass/IC_Sol_W12D1-3.pdf",
	"Today's Reading Quiz and Concept Questions with solutions."
	);
InitializeInClassForAllSections(
	"W12D1","Table Problem: Elliptic Orbit","17",
	"http://web.mit.edu/8.01t/www/materials/InClass/IC-W12D1-1.pdf",
	"http://web.mit.edu/8.01t/www/materials/InClass/IC_Sol_W12D1-1.pdf",
	"This problem illustrates how to apply energy and angular momentum constants of the motion to find speed at closest approach for an elliptic satellite orbit."
	);
InitializeInClassForAllSections(
	"W12D1","Table Problem: Mass of Black Hole at Center of Milky Way Galaxy","17",
	"http://web.mit.edu/8.01t/www/materials/InClass/IC-W12D1-2.pdf",
	"http://web.mit.edu/8.01t/www/materials/InClass/IC_Sol_W12D1-2.pdf",
	"This problem illustrates how to find the mass of a black hole using orbital data of nearby stars."
	);
InitializeInClassForAllSections(
	"W13D1","Angular Momentum, Principal Axes, and Torque for a Rotating Skewed Rod","15",
	"http://web.mit.edu/8.01t/www/materials/InClass/IC-W13D1-1.pdf",
	"http://web.mit.edu/8.01t/www/materials/InClass/IC_Sol_W13D1-1.pdf",
	"The angular momentum about the center of mass of a rotating skewed rod is calculated two different ways: using the cross product and using the principal axes. Then the torque is determined by calculating how the angular momentum changes."
	);
	
	//InitializeInClassForAllSections(
	//"W07D2","Table Problem: Acrobats","9",
	//"http://web.mit.edu/8.01t/www/materials/InClass/IC-W07D2-1.pdf",
	//"http://web.mit.edu/8.01t/www/materials/InClass/IC_Sol_W07D2-1.pdf",
	//"This problem illustrates an application of conservation of momentum for instantaneous collisions"
	//);
	//InitializeInClassForAllSections(
	//"W07D2","Table Problem: Recoil","9",
	//"http://web.mit.edu/8.01t/www/materials/InClass/IC-W07D2-2.pdf",
	//"http://web.mit.edu/8.01t/www/materials/InClass/IC_Sol_W07D2-2.pdf",
	//"This problem illustrates an application of conservation of momentum for recoil"
	//);
	//InitializeInClassForAllSections(
	//"W07D3","Group Problems: Conservation of Momentum and Energy ","9",
	//"http://web.mit.edu/8.01t/www/materials/InClass/IC-W07D3-1.pdf",
	//"http://web.mit.edu/8.01t/www/materials/InClass/IC_Sol_W07D3-1.pdf",
	//"These problem illustrates how external forces change the momentum of a system"
	//);
	//InitializeInClassForAllSections(
	//"W05D1","Table Problems: Calculating Work","7",
	//"http://web.mit.edu/8.01t/www/materials/InClass/IC-W08D1-1.pdf",
	//"http://web.mit.edu/8.01t/www/materials/InClass/IC_Sol_W08D1-1.pdf",
	//"These problems illustrate how to calculate the work done on an object for three important forces."
	//);
	//InitializeInClassForAllSections(
	//"W05D3","Group Problems: Conservation of Energy","8",
	//"http://web.mit.edu/8.01t/www/materials/InClass/IC-W08D3-1.pdf",
	//"http://web.mit.edu/8.01t/www/materials/InClass/IC_Sol_W08D3-1.pdf",
	//"This problem illustrates how to apply both Conservation of Energy and Newton's Second Law"
	//);
	//InitializeInClassForAllSections(
	//"W05D2","Table Problem: Loop-the-Loop","6,8",
	//"http://web.mit.edu/8.01t/www/materials/InClass/IC-W09D1-1.pdf",
	//"http://web.mit.edu/8.01t/www/materials/InClass/IC_Sol_W09D1-1.pdf",
	//"This problem illustrates how to use both Newton's Second Law for circular motion and Conservation of Mechanical Energy."
	//);
	
	//InitializeInClassForAllSections(
	//"W07D2","Table Problem: 1-d Inelastic Collision","11",
	//"http://web.mit.edu/8.01t/www/materials/InClass/IC-W09D2-1.pdf",
	//"http://web.mit.edu/8.01t/www/materials/InClass/IC_Sol_W09D2-1.pdf",
	//"This problem illustrates how to analyze an inelastic one-dimensional collision."
	//);
	//InitializeInClassForAllSections(
	//"W07D2","Table Problem: 1-d Elastic Collision","11",
	//"http://web.mit.edu/8.01t/www/materials/InClass/IC-W09D2-2.pdf",
	////"http://web.mit.edu/8.01t/www/materials/InClass/IC_Sol_W09D2-2.pdf",
	//"This problem illustrates how to analyze an elastic one-dimensional collision."
	//);
	//InitializeInClassForAllSections(
	//"W08D1","Table Problem: Freight Hopper","11",
	//"http://web.mit.edu/8.01t/www/materials/InClass/IC-W08D2-3.pdf",
	//"http://web.mit.edu/8.01t/www/materials/InClass/IC_Sol_W08D2-3.pdf",
	//"This problem illustrates how to analyze a system with a continuous change of momentum."
	//);
	
	//InitializeInClassForAllSections(
	//"W08D1","Table Problem: Falling Chain","11",
	//"http://web.mit.edu/8.01t/www/materials/InClass/IC-W08D2-2.pdf",
	//"http://web.mit.edu/8.01t/www/materials/InClass/IC_Sol_W08D2-2.pdf",
	//"This problem illustrates how to analyze a system with a continuous change of momentum."
	//);
	//InitializeInClassForAllSections(
	//"W07D2","Group Problem: Bouncing Superballs","11",
	//"http://web.mit.edu/8.01t/www/materials/InClass/IC-W09D3-1.pdf",
	////"http://web.mit.edu/8.01t/www/materials/InClass/IC_Sol_W09D3-1.pdf",
	//"This problem illustrates how to analyze a collision from different reference frames."
	//);
	
	//InitializeInClassForAllSections(
	//"W10D1","Table Problem: Expt. 4: Measuring Moment of Inertia","13",
	//"http://web.mit.edu/8.01t/www/materials/InClass/IC-W10D2-2.pdf",
	//"http://web.mit.edu/8.01t/www/materials/InClass/IC_Sol_W10D2-2.pdf",
	//"This problem illustrates how you will measure the moment of inertia of a washer and drum used in Experiment 4."
	//);
	//InitializeInClassForAllSections(
	//"W10D1","Table Problem: Rotational Work in Experiment 4: Angular Collisions","15",
	//"http://web.mit.edu/8.01t/www/materials/InClass/IC-W10D2-3.pdf",
	////"http://web.mit.edu/8.01t/www/materials/InClass/IC_Sol_W10D2-3.pdf",
	//"This problem explains how to calculate rotational work associated with bearing friction in Experiment 4."
	//);
	//InitializeInClassForAllSections(
	//"W11D2","Table Problem: Cylinder Rolling Down an Inclined Plane","15",
	//"http://web.mit.edu/8.01t/www/materials/InClass/IC-W13D1-2.pdf",
	//"http://web.mit.edu/8.01t/www/materials/InClass/IC_Sol_W13D1-2.pdf",
	//"This problem explains how to apply torque and force concepts and energy concepts to a rotating and translating object"
	//);
	//InitializeInClassForAllSections(
	//"W11D1","Group Problem: Simple Pendulum","15",
	//"http://web.mit.edu/8.01t/www/materials/InClass/IC-W10D3-2.pdf",
	//"http://web.mit.edu/8.01t/www/materials/InClass/IC_Sol_W10D3-2.pdf",
	//"This problem explains how to apply torque and energy methods to describe the motion of a simple pendulum for both small and large initial angular displacements."
	//);
	
	//InitializeInClassForAllSections(
	//"W11D2","Table Problem: Bicycle Wheel","15",
	//"http://web.mit.edu/8.01t/www/materials/InClass/IC-W13D1-1.pdf",
	//"http://web.mit.edu/8.01t/www/materials/InClass/IC_Sol_W13D1-1.pdf",
	//"This problem explains how to apply conservation of angular momentum to a rolling wheel"
	//);
	//InitializeInClassForAllSections(
	//"W10D1","Group Problem: Change in Angular Momentum in Experiment 04","15",
	//"http://web.mit.edu/8.01t/www/materials/InClass/IC-W12D3-1.pdf",
	//"http://web.mit.edu/8.01t/www/materials/InClass/IC_Sol_W12D3-1.pdf",
	//"This problem explains the main concepts in Experiment 04."
	//);
	
	//InitializeInClassForAllSections(
	//"W13D2","Table Problem: Gyroscope","16",
	//"http://web.mit.edu/8.01t/www/materials/InClass/IC-W13D2-1.pdf",
	//"http://web.mit.edu/8.01t/www/materials/InClass/IC_Sol_W13D2-1.pdf",
	//"This problem explains how to calculate the precessional angular frequency of a gyroscope."
	//);
	//InitializeInClassForAllSections(
	//"W12D1","Table Problem: Linear Restoring Force","17",
	//"http://web.mit.edu/8.01t/www/materials/InClass/IC-W14D1-1.pdf",
	//"http://web.mit.edu/8.01t/www/materials/InClass/IC_Sol_W14D1-1.pdf",
	//"This  problem explains how to calculate the radius and energy for the lowest energy state for a linear restoring central force."
	//);
	//InitializeInClassForAllSections(
	//"W12D1","Table Problem: Inverese Square Force","17",
	//"http://web.mit.edu/8.01t/www/materials/InClass/IC-W14D2-1.pdf",
	//"http://web.mit.edu/8.01t/www/materials/InClass/IC_Sol_W14D2-1.pdf",
	//"This  problem explains how to calculate the radius and energy for the lowest energy state for an inverse square central force."
	//);
//InitializeInClassForAllSections(
	//"W12D1","Table Problem: Galactic Black Hole","17",
	//"http://web.mit.edu/8.01t/www/materials/InClass/IC-W14D2-2.pdf",
	//"http://web.mit.edu/8.01t/www/materials/InClass/IC_Sol_W14D2-2.pdf",
	//"This problem explains how to calculate the mass of the black hole at the center of the Milky Way galaxy."
	//);
	//InitializeInClassForAllSections(
	//"W12D1","Proof that Closed Orbits are Ellipses","17",
	//"http://web.mit.edu/8.01t/www/materials/InClass/IC-W14D2-3.pdf",
	//"http://web.mit.edu/8.01t/www/materials/InClass/IC_Sol_W14D2-3.pdf",
	//"This proof shows that orbits are ellipses using a parametric representaiton using an eccentric anomaly."
	//);
	//InitializeInClassForAllSections(
	//"W12D1","Group Problems: Transfer Orbits and Bohr Atom","17",
	//"http://web.mit.edu/8.01t/www/materials/InClass/IC-W14D3-1.pdf",
	//"http://web.mit.edu/8.01t/www/materials/InClass/IC_Sol_W14D3-1.pdf",
	//"One problem describes a satellite transfer orbit. The other problem considers a simplified model for the quantization of the hydrogen atom"
	//);
	//InitializeInClassForAllSections(
	//"W14D2","Course Summary: Recent Material","0",
	//"http://web.mit.edu/8.01t/www/materials/InClass/IC-W15D1-1.pdf",
	//"http://web.mit.edu/8.01t/www/materials/InClass/IC_Sol_W15D1-1.pdf",
	//"This is a collection of concept questions for course material covered after Exam Two."
	//);
	//InitializeInClassForAllSections(
	//"W14D2","Course Summary: Recent Material","0",
	//"http://web.mit.edu/8.01t/www/materials/InClass/IC-W15D1-3.pdf",
	//"http://web.mit.edu/8.01t/www/materials/InClass/IC_Sol_W15D1-3.pdf",
	//"This is a collection of concept questions for course material covered for Exam One."
	//);
	//InitializeInClassForAllSections(
	//"W14D2","Course Summary: Recent Material","0",
	//"http://web.mit.edu/8.01t/www/materials/InClass/IC-W15D1-2.pdf",
	//"http://web.mit.edu/8.01t/www/materials/InClass/IC_Sol_W15D1-2.pdf",
	//"This is a collection of concept questions for course material covered for Exam Two."
	//);
// Initialize experiments here, no longer in the individual
// L??/js/ModifiedContent.js files.
// Format:  InitializeExperimentForAllSections(
//              "W##D#","Experiment ##: Title","Module#",
//              "LinkToWriteup","Link to LabView","Link to Excel File","Link To Solution","Info about experiment")
// Note: the code splits the second argument at the colon and throws
// the second part away. If you leave out the colon, you may not like
// what you get. [See function Compute_WriteupLine() in FullContentHandler.js]
InitializeExperimentForAllSections(
    "W03D2","Experiment 1: Force and Motion","3,4,5",
    "http://web.mit.edu/8.01t/www/materials/Experiments/exp01.pdf",
    "http://web.mit.edu/8.01t/www/materials/Experiments/class/ForceMotion.exe",null,
    "http://web.mit.edu/8.01t/www/materials/Experiments/rep01.pdf",
    "This experiment is an introduction to using LabView and the measurement of force and motion. Check"+
    "<br>out <a href=http://web.mit.edu/8.01t/www/labview/LabVIEW_Hints.htm>this link</a> "+
    "for hints about LabView, and <a href=http://photon.mit.edu/cgi-bin/graphs.cgi>this one</a> "+
    "to see how well you can interpret graphs."+
	"<br"+
	//"<br>A summary of the procedure can be found at"+
    //"<a href=http://web.mit.edu/8.01t/www/materials/Experiments/proc01.pdf>  Experiment 1 Procedure </a> "+
	//"<br"+
	//"<br>In class you will complete a report which can be found at"+
    //"<a href=http://web.mit.edu/8.01t/www/materials/Experiments/rep01.pdf>  Experiment 1 Report  </a> "+
	//"<br"+
    "<br><b>WORK IN YOUR GROUP OF THREE AND TURN IN ONE REPORT FOR THE GROUP."
    );


	
InitializeExperimentForAllSections(
    "W04D2","Experiment 2: Circular Motion","6",
    "http://web.mit.edu/8.01t/www/materials/Experiments/exp02.pdf",
    "http://web.mit.edu/8.01t/www/materials/Experiments/class/CircMotion.exe",
    "http://web.mit.edu/8.01t/www/materials/Experiments/examples/exp02ex.htm",
    "http://web.mit.edu/8.01t/www/materials/Experiments/rep02.pdf",
    "<br><b>It would be useful to have a calculator when doing this experiment</b>" +
    "<br>In this experiment we will measure the centripetal acceleration and the centripetal force<br>and verify Newton's Second Law."+
    "<br>WORK IN YOUR GROUP OF THREE AND TURN IN ONE REPORT FOR THE GROUP."+
    "<br><b><script>writeDINPlink(getSectionFromURL())</script>" +
    "&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;" +
    "<script>writeDPLTlink(getSectionFromURL())</script></b>"
    );
	
InitializeExperimentForAllSections(
    "W08D2","Experiment 3: Work and Energy","8",
    "http://web.mit.edu/8.01t/www/materials/Experiments/exp03.pdf",
    "http://web.mit.edu/8.01t/www/materials/Experiments/class/WorkEnergy.exe",
    "http://web.mit.edu/8.01t/www/materials/Experiments/examples/exp03ex.htm",
    "http://web.mit.edu/8.01t/www/materials/Experiments/rep03.pdf",
    "In this experiment we will investigate energy losses as a cart moves up and down an inclined plane."+
	"<br"+
    "<br><b>WORK IN YOUR GROUP OF THREE AND TURN IN ONE SCRATCH SHEET, ONE RESULTS PAGE, AND 3 SIGNED PRE-LAB ASSIGNMENTS FOR THE GROUP."
    );

	
InitializeExperimentForAllSections(
    "W10D1","Experiment 4: Measuring Moment of Inertia and Angular Collisions","13,15",
    "http://web.mit.edu/8.01t/www/materials/Experiments/exp04.pdf",
    "http://web.mit.edu/8.01t/www/materials/Experiments/class/AngularMomentum.exe",
    "http://web.mit.edu/8.01t/www/materials/Experiments/examples/exp04ex.htm",
    "http://web.mit.edu/8.01t/www/materials/Experiments/rep04.pdf",
    "In this experiment we will investigate the conservation of angular momentum.<br>"+
    "It would be useful to have a calculator when doing this experiment.<br>"+
    "WORK IN YOUR GROUP OF THREE AND TURN IN ONE RESULTS PAGE, AND 3 SIGNED PRE-LAB ASSIGNMENTS FOR THE GROUP."
    );



// Initialize in-class problems here, no longer in the individual
// L??/js/ModifiedContent.js files.
// Format:  InitializeInClassForAllSections(
//              "W##D#","Title","Module#",
//              "Question","Solution","Info")
//InitializeInClassForAllSections(
//    "W02D1","Force and Vectors","2",
//    "http://web.mit.edu/8.01t/www/materials/InClass/IC_W02D1_1.pdf",
//    "http://web.mit.edu/8.01t/www/materials/InClass/IC_Sol_W02D1_1.pdf",
//    "This problem will help you learn how to construct free body diagrams and apply vector analysis to forces."
//);
//InitializeInClassForSections(
//    "L02,L03,L05","W02D1","Force and Vectors","2",
//    "http://web.mit.edu/8.01t/www/materials/InClass/IC_W02D1_1.pdf",
//    "http://web.mit.edu/8.01t/www/materials/InClass/IC_Sol_W02D1_1.pdf",
//    "This problem will help you learn how to construct free body diagrams and apply vector analysis to forces."
//);


// Initialize problems sets here, no longer section by section
// in the js/ContentAvailable.js file. (If time, date same for all.)
// Format:
// InitializePSetForAllSections(dueTime,dueDate,Module#,Questions available?,Solutions available?)
// Example:
// InitializePSetForAllSections("9:00 am", new Date(2008,8,12), "1,2,3", 1, 1);
//
// For a subset of sections with the same time, due date
// InitializePSetForSections(sections,dueTime,dueDate,Module#,Questions available?,Solutions available?)
// Example:
// InitializePSetForSections("L02,L03,L06","9:00 am", new Date(2008,8,12), "1,2,3", 1, 1);


// Initializers for problem sets here
// Format:  InitializePSet(section, dueTime,dueDate,Module#,Questions available?,Solutions available?)
// Beware!!  Months are zero-indexed for date specifications!
// So January = month 0, December = Month 11.
// Years and days, however, are one-indexed.  So January 1st is month 0, day 1.
InitializePSet("L01", "11 am", new Date(2009,8,22), "1,2,3", 1,1);
//InitializePSetForSections("L01,L02,L03,L04,L05,L06,L07", "11:00 am", new Date(2008,8,12), "1,2,3", 1, 1);
InitializePSet("L02", "11 am", new Date(2009,8,22), "1,2,3", 1,1);
InitializePSet("L03", "11 am", new Date(2009,8,22), "1,2,3", 1,1);
InitializePSet("L04", "11 am", new Date(2009,8,22), "1,2,3", 1,1);
InitializePSet("L05", "11 am", new Date(2009,8,22), "1,2,3", 1,1);
InitializePSet("L06", "11 am", new Date(2009,8,22), "1,2,3", 1,1);
InitializePSet("L07", "11 am", new Date(2009,8,22), "1,2,3", 1,1);

InitializePSet("L01", "11 am", new Date(2009,8,29), "4,5", 1,1);
//InitializePSetForSections("L01,L02,L03,L04,L05,L06,L07", "11 am", new Date(2009,8,29), "3,4", 1, 1);
InitializePSet("L02", "11 am", new Date(2009,8,29), "4,5", 1,1);
InitializePSet("L03", "11 am", new Date(2009,8,29), "4,5", 1,1);
InitializePSet("L04", "11 am", new Date(2009,8,29), "4,5", 1,1);
InitializePSet("L05", "11 am", new Date(2009,8,29), "4,5", 1,1);
InitializePSet("L06", "11 am", new Date(2009,8,29), "4,5", 1,1);
InitializePSet("L07", "11 am", new Date(2009,8,29), "4,5", 1,1);

InitializePSet("L01", "11 am", new Date(2009,9,6), "6", 1,1);
//InitializePSetForSections("L02,L03,L04,L05,L06,L07", "11 am", new Date(2008,8,25), "5,6", 1, 1);
InitializePSet("L02", "11 am", new Date(2009,9,6), "6", 1,1);
InitializePSet("L03", "11 am", new Date(2009,9,6), "6", 1,1);
InitializePSet("L04", "11 am", new Date(2009,9,6), "6", 1,1);
InitializePSet("L05", "11 am", new Date(2009,9,6), "6", 1,1);
InitializePSet("L06", "11 am", new Date(2009,9,6), "6", 1,1);
InitializePSet("L07", "11 am", new Date(2009,9,6), "6", 1,1);

InitializePSet("L01", "11 am", new Date(2009,9,13), "7,8", 1,1);
//InitializePSetForSections("L02,L03,L04,L05,L06,L07", "11 am", new Date(2008,9,2), "5,6", 1, 1);
InitializePSet("L02", "11 am", new Date(2009,9,13), "7,8", 1,1);
InitializePSet("L03", "11 am", new Date(2009,9,13), "7,8", 1,1);
InitializePSet("L04", "11 am", new Date(2009,9,13), "7,8", 1,1);
InitializePSet("L05", "11 am", new Date(2009,9,13), "7,8", 1,1);
InitializePSet("L06", "11 am", new Date(2009,9,13), "7,8", 1,1);
InitializePSet("L07", "11 am", new Date(2009,9,13), "7,8", 1,1);

InitializePSet("L01", "11 am", new Date(2009,9,20), "8,10", 1,1);
//InitializePSetForSections("L02,L03,L04,L05,L06,L07", "11 am", new Date(2008,9,16), "7", 1, 1);
InitializePSet("L02", "11 am", new Date(2009,9,20), "8,10", 1,1);
InitializePSet("L03", "11 am", new Date(2009,9,20), "8,10", 1,1);
InitializePSet("L04", "11 am", new Date(2009,9,20), "8,10", 1,1);
InitializePSet("L05", "11 am", new Date(2009,9,20), "8,10", 1,1);
InitializePSet("L06", "11 am", new Date(2009,9,20), "8,10", 1,1);
InitializePSet("L07", "11 am", new Date(2009,9,20), "8,10", 1,1);

InitializePSet("L01", "11 am", new Date(2009,9,27), "9", 1,1);
//InitializePSetForSections("L02,L03,L04,L05,L06,L07", "11 am", new Date(2008,9,23), "7", 1, 1);
InitializePSet("L02", "11 am", new Date(2009,9,27), "9", 1,1);
InitializePSet("L03", "11 am", new Date(2009,9,27), "9", 1,1);
InitializePSet("L04", "11 am", new Date(2009,9,27), "9", 1,1);
InitializePSet("L05", "11 am", new Date(2009,9,27), "9", 1,1);
InitializePSet("L06", "11 am", new Date(2009,9,27), "9", 1,1);
InitializePSet("L07", "11 am", new Date(2009,9,27), "9", 1,1);

InitializePSet("L01", "11 am", new Date(2009,10,3), "11", 1,1);
//InitializePSetForSections("L02,L03,L04,L05,L06,L07", "11 am", new Date(2008,9,23), "7", 1, 1);
InitializePSet("L02", "11 am", new Date(2009,10,3), "11", 1,1);
InitializePSet("L03", "11 am", new Date(2009,10,3), "11", 1,1);
InitializePSet("L04", "11 am", new Date(2009,10,3), "11", 1,1);
InitializePSet("L05", "11 am", new Date(2009,10,3), "11", 1,1);
InitializePSet("L06", "11 am", new Date(2009,10,3), "11", 1,1);
InitializePSet("L07", "11 am", new Date(2009,10,3), "11", 1,1);

InitializePSet("L01", "11 am", new Date(2009,10,10), "13,14,15", 1,1);
//InitializePSetForSections("L02,L03,L04,L05,L06,L07", "11 am", new Date(2008,9,30), "7", 1, 1);
InitializePSet("L02", "11 am", new Date(2009,10,10), "13,14,15", 1,1);
InitializePSet("L03", "11 am", new Date(2009,10,10), "13,14,15", 1,1);
InitializePSet("L04", "11 am", new Date(2009,10,10), "13,14,15", 1,1);
InitializePSet("L05", "11 am", new Date(2009,10,10), "13,14,15", 1,1);
InitializePSet("L06", "11 am", new Date(2009,10,10), "13,14,15", 1,1);
InitializePSet("L07", "11 am", new Date(2009,10,10), "13,14,15", 1,1);

InitializePSet("L01", "11 am", new Date(2009,10,24), "13", 1,1);
//InitializePSetForSections("L02,L03,L04,L05,L06,L07", "11 am", new Date(2008,10,20), "11,12,13,14", 1, 1);
InitializePSet("L02", "11 am", new Date(2009,10,24), "13", 1,1);
InitializePSet("L03", "11 am", new Date(2009,10,24), "13", 1,1);
InitializePSet("L04", "11 am", new Date(2009,10,24), "13", 1,1);
InitializePSet("L05", "11 am", new Date(2009,10,24), "13", 1,1);
InitializePSet("L06", "11 am", new Date(2009,10,24), "13", 1,1);
InitializePSet("L07", "11 am", new Date(2009,10,24), "13", 1,1);

InitializePSet("L01", "11 am", new Date(2009,11,1), "17", 1,0);
//InitializePSetForSections("L02,L03,L04,L05,L06,L07", "11 am", new Date(2008,10,13), "10", 1, 1);
InitializePSet("L02", "11 am", new Date(2009,11,1), "17", 1,0);
InitializePSet("L03", "11 am", new Date(2009,11,1), "17", 1,0);
InitializePSet("L04", "11 am", new Date(2009,11,1), "17", 1,0);
InitializePSet("L05", "11 am", new Date(2009,11,1), "17", 1,0);
InitializePSet("L06", "11 am", new Date(2009,11,1), "17", 1,0);
InitializePSet("L07", "11 am", new Date(2009,11,1), "17", 1,0);

InitializePSet("L01", "11 am", new Date(2009,11,10), "16", 1,0);
//InitializePSetForSections("L02,L03,L04,L05,L06,L07", "11 am", new Date(2008,11,5), "14,15", 1, 1);
InitializePSet("L02", "11 am", new Date(2009,11,10), "16", 1,0);
InitializePSet("L03", "11 am", new Date(2009,11,10), "16", 1,0);
InitializePSet("L04", "11 am", new Date(2009,11,10), "16", 1,0);
InitializePSet("L05", "11 am", new Date(2009,11,10), "16", 1,0);
InitializePSet("L06", "11 am", new Date(2009,11,10), "16", 1,0);
InitializePSet("L07", "11 am", new Date(2009,11,10), "16", 1,0);



//InitializePSet(4,new Date(2008,1,29),"5,6",1,0);
//InitializePSet(5,new Date(2004,2,8),"6,7",1,1);
//InitializePSet(6,new Date(2004,2,15),"8,9",1,1);
//InitializePSet(7,new Date(2004,2,30),"8,9",1,1);
//InitializePSet(8,new Date(2004,3,5),"10",1,1);
//InitializePSet(9,new Date(2004,3,13),"11",1,1);
//InitializePSet(10,new Date(2004,3,21),"12",1,1);
//InitializePSet(11,new Date(2004,3,26),"13",1,1);
//InitializePSet(12,new Date(2004,4,7),"14",1,1);

//NumPSets=3;

InitializeMPPSetForAllSections("Start of Class", new Date(2008,8,7), "1,2",1, 0);
InitializeMPPSetForAllSections("Start of Class", new Date(2008,8,9), "1,2",1, 0);
InitializeMPPSetForAllSections("Start of Class", new Date(2008,8,14), "1,2",1, 0);
InitializeMPPSetForAllSections("Start of Class", new Date(2008,8,16), "1,2",1, 0);
InitializeMPPSetForAllSections("Start of Class", new Date(2008,8,21), "1,2",1, 0);
InitializeMPPSetForAllSections("Start of Class", new Date(2008,8,23), "1,2",1, 0);
InitializeMPPSetForAllSections("Start of Class", new Date(2008,8,28), "1,2",1, 0);
InitializeMPPSetForAllSections("Start of Class", new Date(2008,9,2), "1,2",1, 0);
InitializeMPPSetForAllSections("Start of Class", new Date(2008,9,5), "1,2",1, 0);
InitializeMPPSetForAllSections("Start of Class", new Date(2008,9,7), "1,2",1, 0);
InitializeMPPSetForAllSections("Start of Class", new Date(2008,9,14), "1,2",1, 0);
InitializeMPPSetForAllSections("Start of Class", new Date(2008,9,19), "1,2",1, 0);
InitializeMPPSetForAllSections("Start of Class", new Date(2008,9,21), "1,2",1, 0);
InitializeMPPSetForAllSections("Start of Class", new Date(2008,9,26), "1,2",1, 0);
InitializeMPPSetForAllSections("Start of Class", new Date(2008,9,28), "1,2",1, 0);
InitializeMPPSetForAllSections("Start of Class", new Date(2008,10,2), "1,2",1, 0);
InitializeMPPSetForAllSections("Start of Class", new Date(2008,10,4), "1,2",1, 0);
InitializeMPPSetForAllSections("Start of Class", new Date(2008,10,9), "1,2",1, 0);
InitializeMPPSetForAllSections("Start of Class", new Date(2008,10,11), "1,2",1, 0);
InitializeMPPSetForAllSections("Start of Class", new Date(2008,10,16), "1,2",1, 0);
InitializeMPPSetForAllSections("Start of Class", new Date(2008,10,18), "1,2",1, 0);
InitializeMPPSetForAllSections("Start of Class", new Date(2008,10,23), "1,2",1, 0);
InitializeMPPSetForAllSections("Start of Class", new Date(2008,10,30), "1,2",1, 0);
InitializeMPPSetForAllSections("Start of Class", new Date(2008,11,2), "1,2",1, 0);


//InitializeMPPSetForAllSections("Start of Class", new Date(2008,8,14), "3,4",1, 0);
//InitializeMPPSetForAllSections("Start of Class", new Date(2008,8,19), "5",1, 0);
//InitializeMPPSetForAllSections("Start of Class", new Date(2008,8,22), "5",1, 0);