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Static Electricity - A Hair Raising Phenomenon
Grade Level: K - 6
Discussion:
For years children at birthday parties have played with static electricity - whether they realized it or not. Bring this fun exercise to your classroom with the following simple experiment.
Materials:
latex balloons (oblong shape is better than round)
Procedure:
On a cool, dry day blow up the balloon and rub it on a rug or sweater. Bring the balloon close to a student's head. What ...
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Batteries and Bulbs
Beverly Gregor Oglesby School
P.O. Box 388218 7646 S Green St
Chicago IL 60638 Chicago IL 60620
(312) 535-3060
Objective:
Pupils will be exposed to the uses of batteries and bulbs. Pupils will be able
to explain the difference between series and parallel circuits.
Materials Needed:
batteries
bulbs
wire
2 switches
6 sockets
plywood 16"x24"
Strategy:
Pupils will have h ...
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Lesson Plan #:AELP-PHS0005
Brown Bag Science
An Educator's Reference Desk Lesson Plan
Author: Judy Adair, Spring Creek Elementary, Broken Arrow, OK
Date: May 1994
Grade Level(s): 1, 2, 3, 4, 5
Subject(s):
Science/Physics
OVERVIEW:
This is a hands-on science investigation on electricity. Students learn through the discovery method ho ...
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Title: Lesson 1: Flip A Switch
Grade: 10-12
Subject: Coordinated Science 10, Biology, Physics, Chemistry
Learner outcomes:
Students will learn the connections of electricity between the sciences of Chemistry, Biology, and Physics.
Students will learn how electricity is related to daily life.
Students will enhance their Internet search skills.
Students will learn to work productively and effectively in research teams.
Students will learn how to create and maintain a resear ...
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Title: Lesson 2 LOWER THE RESISTANCE
Grade Level: 10 - 11 - 12
Subjects: Coordinated Science 10, Biology, Chemistry, Physics
Learner Outcomes:
Students will describe a series connection; state its important characteristics.
Students will calculate current, voltage drops, and equivalent resistance when devices are connected in series.
Students will describe a parallel connection; state its important characteristics.
Students will calculate the voltage drop, currents, and e ...
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Title: Lesson 4: Strike a Nerve
Grade Level: 10 - 11- 12
Subjects: Coordinated Science 10, Biology, Chemistry, and Physics
Learner Outcomes:
Students will learn the relationship of the nervous system to an electric current.
Students will earn that the nervous system is a flow of ions in motion.
Students will compare series and parallel circuits to problems in the nervous system.
Students will learn to identify the parts of a neuron.
Students will discuss ...
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Conductors and Insulators
Leona Williams Cregier Vocational High School
8723 S. Calumet Ave. 2040 W. Adams St.
Chicago, Illinois 60619 Chicago, Illinois 60612
312-874-9743 312-997-3690
Objectives:
1. To provide an understanding of basic electrical terms.
2. To compare the electric current flow in conductors and insulators.
3. To teach the operations of a series circuit by designing a quiz board.
Materials:
(For each group ...
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Coulomb's Law
Austin A.Winther Paul Robeson High School
6835 S. Normal
Chicago, IL 60621
1-312-723-1700, ext. 411
Objectives:
Observe qualitatively the relationship between electrical charge and force.
Determine experimentally the quantitative relationship between force and the
center to center distance between charged objects.
Experience reinforcement of ...
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Current-Carrying Coils In Magnetic Fields
Landato, Janet St. Viator High School
201 S. Harvard 312 392-4050
Addison, IL 60101
312 833-3974
Objectives:
At the end of this exercise the student should be able to:
1. predict the direction of movement for the pointer of a home-made
galvanometer for a given current direction.
2. describe how the current-carrying coil exerts a force on the
magnet.
3. predict how the number of turns of wire ...
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Electric and Magnetic Fields
Garrison, Earnest S. Schurz H.S.
536 Landau 794-8120
University Pk, IL 60466
534-5146
Objectives:
To introduce the concepts of MAGNETIC AND ELECTRIC FIELDS to
the students via the use of phenomenas as magnetism and electric
current flows.
Apparatus needed:
Large magnets(2), Nails, Metal rings, Several Coils of wire,
Van De Graff generator, Ping-Pong Ball, ...
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Electric Currents and Circuits
Williams, Claudette Dever Elementary School
929 Fair Oaks 1-312-889-9188
Oak Park, IL 60302
1-708-383-6661
Objectives
1) To create an awareness of the importance of electricity in everyday life.
2) To introduce basic electrical terms and to illustrate how electricity moves, both
in series and parallel circuits.
3) To show the need for a complete electric circuit, how to control electron flow
with ...
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Electricity
Tanya English O'Keeffe Elementary School
8435 Constance 6940 South Merrill Avenue
Chicago IL 60617 Chicago IL 60649
(312) 734-1301 (312) 535-0600
Grade Level: Primary Grades 1 and 2.
Objectives:
Students will correctly make a simple circuit using a battery, bulb, and a wire
so that the bulb will light. (A)
Students will identify contact points in a simple electric circuit. (B)
Students will ...
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Electricity
Julian Levey Teachers Acad. for Math and Science
8705 Kedvale 10 W. 35th St
Skokie IL 60076 Chicago IL 60616
(708)674-6618 (312)808-0100
Objectives:
This lesson is appropriate for all grades from 5th through high school. The
main objective is to teach elementary electricity principles with the use of
materials which are easily available.
Materials Needed:
1.5 volt batteries (D cells)
3 volt bulb ...
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Electricity
Marie MCCadd Coles Elementary School
20332 S. Kedzie Ave. 8441 S. Yates
Olympia Fields IL 60461 Chicago IL 60617
312-535-6550
Objectives:
To explain how objects can receive a static electrical charge.
To describe the effects of bringing objects with like and unlike charges
near one another.
To compare conductors and insulators.
To identify and diagram a series circuit and a parallel circuit.
To expla ...
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EnglishDutchFrenchGermanSpanishPortugueseItalian
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Electrochemistry
Allen, Donna L. Bowen High School
804 S. Lyman Avenue 933-7200
Oak Park, IL 60304
524-8760
Objectives:
One form of energy may be transformed into another. How can
electricity be changed into chemical energy? How can chemical energy
be transformed into electricity?
Apparatus needed:
Strips of copper, zinc, lead, magnesium
0.5 M solutions of soluble salts of copper, zinc, lead and magnesium
...
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Electromagnets
Shirley Porter-Cesair Charles R. Henderson
2004 So. 13th Ave. 5650 So. Wolcott
Broadview Il 60153 Chicago Il 60636
(708) 344-8917 (312) 535-9080
Objective:
The students will make an electromagnet and determine the strength of the
electromagnet.
Materials Needed:
Small Compasses
Three feet of insulated copper wire per person
Six-volt battery
Size D batteries
Battery Holders
Pieces of Cardboard
Nails (3 inch ...
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Electromagnets
Tanya English O'Keeffe Elementary School
8435 Constance 6940 South Merrill Avenue
Chicago IL 60617 Chicago IL 60649
(312) 734-1301 (312) 535-0600
Objectives:
Grade Level: 3-4
The students will make an electromagnet that will attract a metal object.
The students will increase the strength of an electromagnet so that it will
attract an increased number of metal objects.
The students will compare ...
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Electrostatics
Alyce Glauner Grant Community Academy
P. O. Box 41603 145 S. Campbell Ave.
Chicago IL 60641-0603 Chicago IL 60612
(773) 534-7275
Objectives:
The main objective of the Mini-teach is to show Primary students that
there is electricity in all matter.
Materials Needed:
Van DeGraff Generator 5 Balloons
Rabbit's Fur Glass Rod 12-18 inches lo ...
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Electrostatics
Jan Dudzik Riverside Brookfield High School
1117 Greensfield 1st and Ridgewood
Naperville IL 60546 Riverside IL 60546
(708) 778-8579 (708) 442-7500
Objective:
High school students will identify two types of charges and will observe
the charging of with various objects by friction, conduction, and induction.
Materials:
For each group: Magic tape, golf tube, cat fur, wool, electrophorus, salt,
pepper, ...
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Electrostatics
John J. Miller Maine East High School
1743 E Forest Ave 2601 Dempster
Des Plaines IL 60018 Park Ridge IL 60068
(708)297-6368 (708)825-4484
Objectives:
Although this lab is based on the lab I perform with my high school sophomores,
it has been adapted for the use for grade school. It works best in dry weather
such as winter. This is a set of mini-labs designed to be inexpensive (a set
can be made for less th ...
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Exploring Series and Parallel Circuits
Pamela Schneider Luther East High School
15223 Clark St. 2750 Glenwood-Lansing Rd.
South Holland, Il. 60473 Lansing, Il. 60438
(708) 339-6461 (708) 895-8441
Objectives:
1. To arrange batteries, bulbs and wires into functioning series and parallel
circuits.
2. To represent simple circuits using schematic diagrams.
3. To explain and compare the effects of series and parallel circuits ...
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How Smart Are You About Electricity, Batteries And Conductors?
Lorraine Epps Douglass Math and Science Academy
1437 N. Long Ave 543 N. Waller Street
Chicago IL 60651 Chicago IL 60644
(312) 745-6802 (312) 543-6176
Objectives:
Students will:
- identify a battery and how it works.
- identify how a flashlight works.
- understand the relationship between a battery and electrons.
- conduct a te ...
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Introduction to Elementary Circuits
Michael D. Jackson W.H. Carter
1617 E. 50th Place Apt. 6D 5740 S. Michigan Ave.
Chicago IL 60615 Chicago IL 60637
312-363-4902 312-535-9205
Objectives:
1. Children should be able to predict ways to light a bulb.
2. Children should be able to define parts of an electrical circuit.
3. Construct and test models of electrical circuits.
Vocabulary:
1. electrons 2. positive and ...
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Janet M. Sheard - West School
Series and Parallel Circuits
Janet M. Sheard West School
4850 South Lake Park 1010 Forestway Drive
CHICAGO IL 60615 GLENCOE IL 60022
(847) 835-6600
Objective(s):
These lessons are designed for fourth-sixth grade students to do for five-
seven days. Each student will be able to:
1. identify man's needs and uses for light in a time line.
2. understand that many peo ...
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OHM'S LAW
Anderson, Herbert D. Hermann Raster Elementary School
P.O. Box 19391 Chicago, IL 60636
Chicago, IL 60619
1-312-651-4587
Objectives
(a) to become aware of Ohm's Law, the relationship between current, voltage, and
resistance in a series circuit
(b) to solve selected problems using Ohm's Law
Equipment and Materials
Garden hose with nozzle; circuit board or plywood; 3 - 1.5 Volt DC batteries; 6
battery clips & 3 battery hold ...
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Resistances In Series And Parallel Circuits
Austin E. Barnett Bogan High School
8414 South Kimbark 3939 West 79th Street
Chicago IL 60619 Chicago IL 60652
(312) 734-1123 (312) 536-2180
Objectives:
1. To observe the difference in illumination for a given set of bulbs when
placed in series and in parallel circuits.
2. To calculate the IR drop across a network of resistances in series and
parallel.
Materials: ...
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Stephen W. Ha - James Ward School
Simple Circuitry and series circuit
Stephen W. Ha James Ward School
3752 S. Wallace St. 2701 S. Shields Ave.
CHICAGO IL 60609 CHICAGO IL 60616
(773) 534-9050
Objective(s):
Note: This mini-teach is designed for a 3rd-grade or 4th-grade class.
(1) Explain the elements that are required to build a basic electrical
circuit.
(2) Demonstrate and describe a serie ...
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The Millikan L'Eggs Experiment
Coleman, Roy Morgan Park High School
10549 S. Homan Ave. 881-5050
Chicago, Illinois 60655
238-2305
Objective:
To use discrete masses to simulate the Millikan experiment (the
discrete charge on the electron).
Apparatus:
one balance per group and EITHER
a large number of L'Eggs eggs (from panty-hose) individually numbered
and filled with ball bearings or clay such that the filler is
divide ...
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What Is Electricity
Oldenburg, Albert Lindblom Tech High School
18W354 Holly Ave 471-8700
Westmont, IL. 60559
963-0838
Objectives:
To develop an understanding of the fundamentals of static electricity,
namely that of materials, conditions, and charge. To learn how to
detect a charge by the use of electroscopes. To learn how to determine
the force between charges.
Materials
Demonstration Van de Graaf generator, Jacobs ladder, thread, aluminu ...
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