8.022CLASS DATE

1WEEK#DUE DATE DESCRIPTION No.

DEMONSTRATIONS8.022

ComplSetUp By

Fall 2007

HolidayMONSEP 3

Amber and Glass Rods with Tinsel D11 )

Amber and Glass Rods with HE-Filled Balloons D22 )

Deflection of a Compass Needle with a Magnet G13 )

Magnet and Nail on a String G34 )

Charged Person using Van de Graaff Generator D85 )

Electrically Charged Student(not done-too humid) D116 )

WEDSEP 5

8.022CLASS DATE

2WEEK#DUE DATE DESCRIPTION No.

DEMONSTRATIONS8.022

ComplSetUp By

Fall 2007

Field of a Sphere and an Infinite Plane(not done-too humid)

D211 )

Electric Field Lines D162 )

Fluorescent and Neon Tubes in a VdG Generator Field

D243 )

MONSEP 10

Amber Rod and Electroscope D121 )

Demonstration of Electrophorus (not working-too humid

D132 )

Two Identical Spheres Charged by Induction (not used)

D153 )

WEDSEP 12

8.022CLASS DATE

3WEEK#DUE DATE DESCRIPTION No.

DEMONSTRATIONS8.022

ComplSetUp By

Fall 2007

Two Identical Spheres Charged by Induction D151 )

Demonstration of the Wimshurst Machine D142 )

MONSEP 17

Electric Field inside a Hollow Conductor (sphere and bucket)

D261 )

Location of Charge on Insulated Hollow Conductor D272 )

Faraday's Cage D323 )

WEDSEP 19

8.022CLASS DATE

4WEEK#DUE DATE DESCRIPTION No.

DEMONSTRATIONS8.022

ComplSetUp By

Fall 2007

Student HolidayMONSEP 24

Breakdown of Air (Lightning and Corona Discharge)D291 )

Surface Distribution of Charge D282 )

Electric Field Lines D163 )

Potential Difference between Capacitor Plates E44 )

Dielectrics Between Capacitor Plates E55 )

Discharging a Capacitor Bank through a Light Bulb E76 )

WEDSEP 26

8.022CLASS DATE

5WEEK#DUE DATE DESCRIPTION No.

DEMONSTRATIONS8.022

ComplSetUp By

Fall 2007

QuizMONOCT 1

Dissectable Capacitor E21 )

Dielectrics Between Capacitor Plates E52 )

Exploding Wire E63 )

WEDOCT 3

8.022CLASS DATE

6WEEK#DUE DATE DESCRIPTION No.

DEMONSTRATIONS8.022

ComplSetUp By

Fall 2007

HolidayMON Tue

OCT 8 Oct 2

1:00

Conducting Glass F11 )

Temperature Effect on Resistance F42 )

Conductivity of Ionized Water F53 )

WED Tue

OCT 10 Oct 2

1:00

8.022CLASS DATE

7WEEK#DUE DATE DESCRIPTION No.

DEMONSTRATIONS8.022

ComplSetUp By

Fall 2007

RC Time Constant Displayed on a Oscilloscope E81 )

10 Second RC Time Constant E92 )

Two Cu-Zn Cells in Series (Measure Voltage) F63 )

Two Cu-Zn Cells in Series (Light a Lamp) F74 )

V-I Relationship of Linear and Non-linear Components

F165 )

MONOCT 15

Deflection of a Compass Needle with a Magnet (w/Plexi Rod and Fur)

G11 )

Magnetic Field Lines of a Bar Magnet G22 )

Electric Field Lines D163 )

Magnet and Nail on a String G34 )

Magnetron Magnet & Paper Clips G3a5 )

Wire In A Magnetic Field (Jumping Wire) G86 )

Series or Parallel Current-Carrying Wires G97 )

Single Vertical Wire & Compass Needle (G15 too) G148 )

WEDOCT 17

8.022CLASS DATE

8WEEK#DUE DATE DESCRIPTION No.

DEMONSTRATIONS8.022

ComplSetUp By

Fall 2007

Collapsing Solenoid G9a1 )

Magnetic Field Lines (Single Wire) G122 )

Single Loop of Current G133 )

Magnetic Field of an 8 turn Solenoid G164 )

Wire Loop with a Magnetron Magnet (Ammeter) H15 )

Fixed Coil with a Moving Permanent Magnet H36 )

Wire Loop around a Solenoid H87 )

MONOCT 22

Wire Loop with a Magnetron Magnet (Ammeter) H11 )

Fixed Coil with a Moving Permanent Magnet H32 )

Wire Loop around a Solenoid H83 )

Coil with a Light Bulb between the Poles of a Magnet

H44 )

Non-Conservative Fields H10a5 )

Jumping Ring (DC only) H226 )

WEDOCT 24

8.022CLASS DATE

9WEEK#DUE DATE DESCRIPTION No.

DEMONSTRATIONS8.022

ComplSetUp By

Fall 2007

Principle of a DC Motor H251 )

Hand Crank Generator H72 )

Ring Falling in a Magnetic Field H53 )

Levitating Coil on an Aluminum Plate H154 )

Lenz’s Law H15B5 )

MON Thur

OCT 29 Oct 25

1:00

Rotating "B" Field Motor (3 Phase) H271 )

Variable Turns around a Primary Coil H92 )

Single Turn around a Primary Coil (Melting Nail) H103 )

High Turn Secondary (Jacob's Ladder) H114 )

Back "emf" in a Large Inductor H175 )

Two Small Coils and Sine Wave Generator H196 )

Growth of Current in an Inductor H207 )

LR Time Constant (Oscilloscope) H218 )

WED Thur

OCT 31 Oct 25

1:00

8.022CLASS DATE

10WEEK#DUE DATE DESCRIPTION No.

DEMONSTRATIONS8.022

ComplSetUp By

Fall 2007

Quiz 2MON Thur

NOV 5 Nov 1

1:00

Simulation of Magnetic Domains J11 )

Barkhausen Effect J32 )

Paramagnetism of Liguid Oxygen J43 )

Paramagnetic Materials J54 )

Diamagnetic Materials J65 )

Induced Current in an Iron Core Solenoid J96 )

Curie Point of Iron J107 )

WED Thur

NOV 7 Nov 1

1:00

8.022CLASS DATE

11WEEK#DUE DATE DESCRIPTION No.

DEMONSTRATIONS8.022

ComplSetUp By

Fall 2007

HolidayMON Thur

NOV 12 Nov 8

1:00

Damped RLC Circuit L21 )

Damped & Undamped Masses on a Spring C112 )

WED Thur

NOV 14 Nov 8

1:00

8.022CLASS DATE

12WEEK#DUE DATE DESCRIPTION No.

DEMONSTRATIONS8.022

ComplSetUp By

Fall 2007

(Hand) Driven Mechanical Oscillator C591 )

LR Phase Shift H232 )

Resonant RLC Phase Shift L73 )

Swept Display of RLC Resonance L84 )

Resonant LC Circuit with a Light Bulb L65 )

MON Thur

NOV 19 Nov 15

1:00

Jumping Ring (AC and DC) H221 )

RC Radio Filter (w/ sonogram display) E112 )

LR Radio Filter (w/ sonogram display) H243 )

Breaking Glass w/Sound C664 )

WED Thur

NOV 21 Nov 15

1:00

8.022CLASS DATE

13WEEK#DUE DATE DESCRIPTION No.

DEMONSTRATIONS8.022

ComplSetUp By

Fall 2007

Polarizing Filters and Light T11 )

Polarization of Microwaves T132 )

MON Tue

NOV 26 Nov 20

2:00

Polarization of Radio Waves (Dipole Antenna) T121 )WED Tue

NOV 28 Nov 20

1:00

8.022CLASS DATE

14WEEK#DUE DATE DESCRIPTION No.

DEMONSTRATIONS8.022

ComplSetUp By

Fall 2007

Light Through a Tank of Water T41 )

Double-Refracting Calcite Crystals N62 )

Rotation of the Plane of Polarization with a 1/4 -Wave Plate (nd)

T73 )

Rotation of the Plane of Polarization in a Sugar Solution (nd)

T84 )

Scattering of Light (Sunset Demonstration) N45 )

MON Thur

DEC 3 Nov 29

1:00

Polarization of Radio Waves (Dipole Antenna) K41 )

Rotation of the Plane of Polarization with a 1/4 -Wave Plate

T72 )

Rotation of the Plane of Polarization in a Sugar Solution

T83 )

Wire Loop with a Magnetron Magnet (Ammeter) H14 )

Fixed Coil with a Moving Permanent Magnet H35 )

WED Thur

DEC 5 Nov 29

1:00

8.022CLASS DATE

15WEEK#DUE DATE DESCRIPTION No.

DEMONSTRATIONS8.022

ComplSetUp By

Fall 2007

NoneMON Thur

DEC 10 Dec 6

1:00

Superconductor G71 )WED Thur

DEC 12 Dec 6

1:00