18 results for your search
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Electricity and Magnetism, Current Electricity
produced by Brian A. Jerome, fl. 1984, Visual Learning Co, in Electricity and Magnetism (Brandon, VT: Visual Learning Systems, 2000), 21 mins
Students will learn how electrical current is generated and how electricity flows into their homes. The relationship among current, voltage and resistance in Ohm's Law and the differences between series and parallel circuits are discussed. The concepts and mathematical equations for electric energy and electric po...
Sample
produced by Brian A. Jerome, fl. 1984, Visual Learning Co, in Electricity and Magnetism (Brandon, VT: Visual Learning Systems, 2000), 21 mins
Description
Students will learn how electrical current is generated and how electricity flows into their homes. The relationship among current, voltage and resistance in Ohm's Law and the differences between series and parallel circuits are discussed. The concepts and mathematical equations for electric energy and electric power are conveyed. Other terminology includes: potential difference, battery, circuit, resistance, direct current, alternating current,...
Students will learn how electrical current is generated and how electricity flows into their homes. The relationship among current, voltage and resistance in Ohm's Law and the differences between series and parallel circuits are discussed. The concepts and mathematical equations for electric energy and electric power are conveyed. Other terminology includes: potential difference, battery, circuit, resistance, direct current, alternating current, circuit breaker, and fuse.
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Field of Study
Science
Content Type
Instructional material
Contributor
Brian A. Jerome, fl. 1984, Visual Learning Co, Nina Keck, fl. 1996
Date Published / Released
2000
Publisher
Visual Learning Systems
Series
Electricity and Magnetism
Speaker / Narrator
Nina Keck, fl. 1996
Topic / Theme
Content Areas: Sciences, Middle, Secondary
Copyright Message
Copyright © 2000 Visual Learning Systems
Person
Brian A. Jerome, fl. 1984, Nina Keck, fl. 1996
×
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History of Life, Early Life
produced by Brian A. Jerome, fl. 1984, Visual Learning Co, in History of Life (Brandon, VT: Visual Learning Systems, 2006), 20 mins
This program explores current scientific theories explaining possible processes by which Earth was formed. Fascinating animations illustrate Earth's early conditions that led to the development of life. The living conditions and nature of early life is highlighted. Other terminology includes: the Big Bang Theory,...
Sample
produced by Brian A. Jerome, fl. 1984, Visual Learning Co, in History of Life (Brandon, VT: Visual Learning Systems, 2006), 20 mins
Description
This program explores current scientific theories explaining possible processes by which Earth was formed. Fascinating animations illustrate Earth's early conditions that led to the development of life. The living conditions and nature of early life is highlighted. Other terminology includes: the Big Bang Theory, atmosphere, evolve, prokaryote, eukaryote, photosynthesis, and multicellular organisms.
Field of Study
Science
Content Type
Instructional material
Contributor
Brian A. Jerome, fl. 1984, Visual Learning Co, Nina Keck, fl. 1996
Date Published / Released
2006
Publisher
Visual Learning Systems
Series
History of Life
Speaker / Narrator
Nina Keck, fl. 1996
Topic / Theme
Content Areas: Sciences, Middle, Secondary
Copyright Message
Copyright © 2006 Visual Learning Systems
Person
Brian A. Jerome, fl. 1984, Nina Keck, fl. 1996
×
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Matter in Action, Elements, Compounds, and Mixtures
produced by Brian A. Jerome, fl. 1984, Visual Learning Co, in Matter in Action (Brandon, VT: Visual Learning Systems, 2005), 20 mins
This video explains the vital role elements and compounds play in making up matter. Vivid animations make hard to understand concepts come alive. Everyday examples of different types of mixtures help students realize the important role they play in our lives. Other terminology includes: elements, compounds, homoge...
Sample
produced by Brian A. Jerome, fl. 1984, Visual Learning Co, in Matter in Action (Brandon, VT: Visual Learning Systems, 2005), 20 mins
Description
This video explains the vital role elements and compounds play in making up matter. Vivid animations make hard to understand concepts come alive. Everyday examples of different types of mixtures help students realize the important role they play in our lives. Other terminology includes: elements, compounds, homogeneous and heterogeneous mixtures, colloid, suspension, solution, solvent, and solute.
Field of Study
Science
Content Type
Instructional material
Contributor
Brian A. Jerome, fl. 1984, Visual Learning Co, Nina Keck, fl. 1996
Date Published / Released
2005
Publisher
Visual Learning Systems
Series
Matter in Action
Speaker / Narrator
Nina Keck, fl. 1996
Topic / Theme
Content Areas: Sciences, Middle, Secondary
Copyright Message
Copyright © 2005 Visual Learning Systems
Person
Brian A. Jerome, fl. 1984, Nina Keck, fl. 1996
×
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Weather and Climate, Climate
produced by Brian A. Jerome, fl. 1984, Visual Learning Co, in Weather and Climate (Brandon, VT: Visual Learning Systems, 2001), 20 mins
Types of climates and climate zones are explained using familiar examples. This video explores why certain plants and animals inhabit different climates. The influence of temperature and precipitation on climate, and what causes a climate to change over time is discussed. Other terminology includes: topography, pr...
Sample
produced by Brian A. Jerome, fl. 1984, Visual Learning Co, in Weather and Climate (Brandon, VT: Visual Learning Systems, 2001), 20 mins
Description
Types of climates and climate zones are explained using familiar examples. This video explores why certain plants and animals inhabit different climates. The influence of temperature and precipitation on climate, and what causes a climate to change over time is discussed. Other terminology includes: topography, prevailing winds, rain shadow, altitude, climate, latitude, polar zone, temperate zone, and tropical zone.
Field of Study
Science
Content Type
Instructional material
Contributor
Brian A. Jerome, fl. 1984, Visual Learning Co, Nina Keck, fl. 1996
Date Published / Released
2001
Publisher
Visual Learning Systems
Series
Weather and Climate
Speaker / Narrator
Nina Keck, fl. 1996
Topic / Theme
Content Areas: Sciences, Middle, Secondary
Copyright Message
Copyright © 2001 Visual Learning Systems
Person
Brian A. Jerome, fl. 1984, Nina Keck, fl. 1996
×
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Chemistry in Action, Compounds in Chemistry
produced by Brian A. Jerome, fl. 1984, Visual Learning Co, in Chemistry in Action (Brandon, VT: Visual Learning Systems, 2005), 20 mins
In this program students will see how chemical compounds are placed into groups so that they may be studied easier. Acids and bases are explored, emphasizing their nature and common everyday uses. Carbon compounds are discussed. Colorful animations, vivid graphics, and live action footage help bring compounds to...
Sample
produced by Brian A. Jerome, fl. 1984, Visual Learning Co, in Chemistry in Action (Brandon, VT: Visual Learning Systems, 2005), 20 mins
Description
In this program students will see how chemical compounds are placed into groups so that they may be studied easier. Acids and bases are explored, emphasizing their nature and common everyday uses. Carbon compounds are discussed. Colorful animations, vivid graphics, and live action footage help bring compounds to life for students. Other terminology includes: acid, base, pH, salt, carbon, organic, and hydrocarbon.
Field of Study
Science
Content Type
Instructional material
Contributor
Brian A. Jerome, fl. 1984, Visual Learning Co, Nina Keck, fl. 1996
Date Published / Released
2005
Publisher
Visual Learning Systems
Series
Chemistry in Action
Speaker / Narrator
Nina Keck, fl. 1996
Topic / Theme
Content Areas: Sciences, Middle, Secondary
Copyright Message
Copyright © 2005 Visual Learning Systems
Person
Brian A. Jerome, fl. 1984, Nina Keck, fl. 1996
×
See details
Electricity and Magnetism, Electromagnetism
produced by Brian A. Jerome, fl. 1984, Visual Learning Co, in Electricity and Magnetism (Brandon, VT: Visual Learning Systems, 2000), 21 mins
Students will learn how electric currents create magnetic fields, and about the application of electromagnets in electric motors and other machines. The process of inducing a current into a wire via electromagnetic induction, and the use of generators and transformers helps students understand the source and contr...
Sample
produced by Brian A. Jerome, fl. 1984, Visual Learning Co, in Electricity and Magnetism (Brandon, VT: Visual Learning Systems, 2000), 21 mins
Description
Students will learn how electric currents create magnetic fields, and about the application of electromagnets in electric motors and other machines. The process of inducing a current into a wire via electromagnetic induction, and the use of generators and transformers helps students understand the source and control of electricity they use in their homes. Other terminology includes: motor, current, induction, solenoid, galvanometer, and transform...
Students will learn how electric currents create magnetic fields, and about the application of electromagnets in electric motors and other machines. The process of inducing a current into a wire via electromagnetic induction, and the use of generators and transformers helps students understand the source and control of electricity they use in their homes. Other terminology includes: motor, current, induction, solenoid, galvanometer, and transformers.
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Field of Study
Science
Content Type
Instructional material
Contributor
Brian A. Jerome, fl. 1984, Visual Learning Co, Nina Keck, fl. 1996
Date Published / Released
2000
Publisher
Visual Learning Systems
Series
Electricity and Magnetism
Speaker / Narrator
Nina Keck, fl. 1996
Topic / Theme
Content Areas: Sciences, Middle, Secondary
Copyright Message
Copyright © 2000 Visual Learning Systems
Person
Brian A. Jerome, fl. 1984, Nina Keck, fl. 1996
×
See details
Geologic History, Earth's Changing Surface
produced by Brian A. Jerome, fl. 1984, Visual Learning Co, in Geologic History (Brandon, VT: Visual Learning Systems, 2005), 21 mins
The geologic history of Earth is a fascinating one. This program highlights some of the most significant geologic events in Earth's history. The process of plate tectonics over time is explained via engaging animations. Contemporary footage from throughout the world illustrating volcanic activity, mountain buildin...
Sample
produced by Brian A. Jerome, fl. 1984, Visual Learning Co, in Geologic History (Brandon, VT: Visual Learning Systems, 2005), 21 mins
Description
The geologic history of Earth is a fascinating one. This program highlights some of the most significant geologic events in Earth's history. The process of plate tectonics over time is explained via engaging animations. Contemporary footage from throughout the world illustrating volcanic activity, mountain building, and deposition helps students understand past geologic events. Other terminology includes: continental drift, tectonic plates, plate...
The geologic history of Earth is a fascinating one. This program highlights some of the most significant geologic events in Earth's history. The process of plate tectonics over time is explained via engaging animations. Contemporary footage from throughout the world illustrating volcanic activity, mountain building, and deposition helps students understand past geologic events. Other terminology includes: continental drift, tectonic plates, plate boundaries, mountain building, folding, faulting, landforms, molten rock, and lava.
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Field of Study
Science
Content Type
Instructional material
Contributor
Brian A. Jerome, fl. 1984, Visual Learning Co, Nina Keck, fl. 1996
Date Published / Released
2005
Publisher
Visual Learning Systems
Series
Geologic History
Speaker / Narrator
Nina Keck, fl. 1996
Topic / Theme
Content Areas: Sciences, Middle, Secondary
Copyright Message
Copyright © 2005 Visual Learning Systems
Person
Brian A. Jerome, fl. 1984, Nina Keck, fl. 1996
×
See details
Matter in Action, Atoms
produced by Brian A. Jerome, fl. 1984, Visual Learning Co, in Matter in Action (Brandon, VT: Visual Learning Systems, 2005), 20 mins
This video helps the abstract concept of atoms become understandable. Many of the major scientific breakthroughs contributing to our understanding of atoms are highlighted. Colorful diagrams and animations describe the basic structure of atoms. Atomic number and atomic mass are also discussed. Other terminology in...
Sample
produced by Brian A. Jerome, fl. 1984, Visual Learning Co, in Matter in Action (Brandon, VT: Visual Learning Systems, 2005), 20 mins
Description
This video helps the abstract concept of atoms become understandable. Many of the major scientific breakthroughs contributing to our understanding of atoms are highlighted. Colorful diagrams and animations describe the basic structure of atoms. Atomic number and atomic mass are also discussed. Other terminology includes: nucleus, neutron, proton, electron, energy level, electron cloud, atomic mass unit, and isotope.
Field of Study
Science
Content Type
Instructional material
Contributor
Brian A. Jerome, fl. 1984, Visual Learning Co, Nina Keck, fl. 1996
Date Published / Released
2005
Publisher
Visual Learning Systems
Series
Matter in Action
Speaker / Narrator
Nina Keck, fl. 1996
Topic / Theme
Content Areas: Sciences, Middle, Secondary
Copyright Message
Copyright © 2005 Visual Learning Systems
Person
Brian A. Jerome, fl. 1984, Nina Keck, fl. 1996
×
See details
Motion, Energy and Force, Force and Newton's Laws
produced by Brian A. Jerome, fl. 1984, Visual Learning Co, in Motion, Energy and Force (Brandon, VT: Visual Learning Systems, 2000), 21 mins
This video discusses the principle of force and the application of Newton's Three Laws of Motion. Students will witness the effect of friction on force and see how force is calculated. Other terminology includes: inertia, weight, mass, gravity, and the Law of Universal Gravitation.
Sample
produced by Brian A. Jerome, fl. 1984, Visual Learning Co, in Motion, Energy and Force (Brandon, VT: Visual Learning Systems, 2000), 21 mins
Description
This video discusses the principle of force and the application of Newton's Three Laws of Motion. Students will witness the effect of friction on force and see how force is calculated. Other terminology includes: inertia, weight, mass, gravity, and the Law of Universal Gravitation.
Field of Study
Education
Content Type
Instructional material
Contributor
Brian A. Jerome, fl. 1984, Visual Learning Co, Nina Keck, fl. 1996
Date Published / Released
2000
Publisher
Visual Learning Systems
Series
Motion, Energy and Force
Speaker / Narrator
Nina Keck, fl. 1996
Topic / Theme
Content Areas: Sciences, Middle, Secondary
Copyright Message
Copyright © 2000 Visual Learning Systems
Person
Brian A. Jerome, fl. 1984, Nina Keck, fl. 1996
×
See details
Natural Resources, Energy Resources
produced by Brian A. Jerome, fl. 1984, Visual Learning Systems, in Natural Resources (Brandon, VT: Visual Learning Systems, 2007), 20 mins
Hardly a minute goes by without using energy resources. This video program explores the wide range of energy resources including: crude oil, natural gas, coal, nuclear energy, moving water, biomass, solar energy, wind energy, and geothermal energy. The relative advantages and disadvantages of each energy resource...
Sample
produced by Brian A. Jerome, fl. 1984, Visual Learning Systems, in Natural Resources (Brandon, VT: Visual Learning Systems, 2007), 20 mins
Description
Hardly a minute goes by without using energy resources. This video program explores the wide range of energy resources including: crude oil, natural gas, coal, nuclear energy, moving water, biomass, solar energy, wind energy, and geothermal energy. The relative advantages and disadvantages of each energy resource are outlined. Additional terminology includes: sun, electricity, acid rain, greenhouse gases, global warming, gasoline, heating oil, al...
Hardly a minute goes by without using energy resources. This video program explores the wide range of energy resources including: crude oil, natural gas, coal, nuclear energy, moving water, biomass, solar energy, wind energy, and geothermal energy. The relative advantages and disadvantages of each energy resource are outlined. Additional terminology includes: sun, electricity, acid rain, greenhouse gases, global warming, gasoline, heating oil, alternative energy, turbines, radioactive waste, hydro power, passive solar, photovoltaic cells, and wind turbines.
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Field of Study
Environmental Studies
Content Type
Instructional material
Contributor
Brian A. Jerome, fl. 1984, Visual Learning Systems, Nina Keck, fl. 1996
Date Published / Released
2007
Publisher
Visual Learning Systems
Series
Natural Resources
Speaker / Narrator
Nina Keck, fl. 1996
Topic / Theme
Content Areas: Sciences, Middle, Secondary, 20th Century in World History (1914--2000)
Copyright Message
Copyright © 2007 Visual Learning Systems
Person
Brian A. Jerome, fl. 1984, Nina Keck, fl. 1996
×
