Scientists
Energy
Electricity & Magnetism
Measuring
Transforming and Transferring Energy
Waves
Optics
100

Puzzled with electricity and its properties in the mid to late 1700s.  Completed experiments with Leyden Jars and a kite and a key.

Benjamin Franklin

100

A form of kinetic energy that involves the transfer of change through an electrical conductor.

Electrical Energy

100

A labeled drawing that explains or shows part of a circuit.

Circuit Diagram

100

the unit of resistance

ohm

100

standards and specifications that must be met, as in the engineering design process.

criteria

100

The highest point of a wave

crest

100

a material that does not allow light to pass through it.  

opaque

also: translucent or transparent

200
Also known as the Father of Electromagnetism, this scientist was impressed by the studies of Orsted.  He used a mathematical model to show the relationship between electrical currents and magnetism.   A law is named after him and so is the units of current.

Andre Ampere

200

A form of potential energy that produces a magnetic field.

Magnetic Energy

200

A continuous conducting path for current

circuit

200

An instrument used to measure electric current in a circuit.

ammeter

200

energy moving between two objects or systems

energy transfer

200

the quality of sound, as determined by its frequency; described as high and low.

pitch

200

to cast back from a surface (as with thermal energy, light, and waves)

reflection

300

This scientist did experiments with frogs and metals, although he was more interested in the metals than the animal.  He was able to generate continuous electrical current with a voltaic pile.

Alessandro Volta

300

A form of kinetic energy associated with molecules in motion.

Thermal Energy

300

An element or device in an electric circuit.

component
300

An instrument that measures electrical potential, or voltage, across a component or components in a circuit.

voltmeter

300

glow with heat

incandesce

300

a wave that combines properties of longitudinal and transverse waves

surface waves

300

to change direction or bed from the original path, as with light waves

refraction

400

This scientist collected data, analyzed it, and used equations, as mathematical models to show how voltage, current, and electrical resistance are related in an electrical circuit.  He received the Copley Medal from the Royal Society in 1841 for this work.

Georg Ohm

400

Energy associated with moving objects.

Kinetic Energy

400

The space or area in which magnetic forces can be observed.

magnetic field
400

the rate at which energy is supplied and used

power

400

Diodes that emit light when they are properly connected to an electrical current.  Can produce different types and colors of light.

Light-emitting diode (LED)

400

a wave resulting from the vibration of matter, such as an ocean wave or a sound wave.

mechanical wave

400

wavelengths of invisible electromagnetic radiation that are slightly shorter than those of visible violet light

ultraviolet

500

A natural philosopher and observer, this scientist's ideas supported the Industrial Revolution.  To honor his contribution to technical process, a unit of power is named for him.

James Watt

500

Stored energy that can be released; includes chemical, electrical, gravitational, and nuclear energy

Potential Energy

500

A system that uses coils of wire around a conductive metal core (usually iron) to convert electrical energy to magnetic energy,  When electrical current passes through the coiled wire, the metal core is temporarily magnetized.

electromagnet

500

the unit of frequency

hertz

500

energy changing form within one object or system

energy transformation

500

a wave in which the disturbance of space of matter is in the same direction as the transfer of energy

longitudinal wave

500

wavelengths of invisible electromagnetic radiation that are slightly longer than those of red light

infrared

600
Known as the Father of Electricity, he determined that the reversal of Orsted's experiments were also true. He confirmed that electricity could generate magnetism and magnetism could generate electricity.

Michael Faraday

600

Energy cannot be created or destroyed.  Energy can be transferred or transformed, but the total amount of energy remains the same.

Conservation of Energy

600

An object made up of various electrical components that allow for transporting electrical energy for a particular purpose.

Electrical System

600

unit of sound intensity

decibel

600

This light bulb contains a small amount of Mercury vapor, and the surface of the bulb is often coated with a specially formulated powder called a phosphor.  When switched on, it emits an ultraviolet light.

fluorescent bulb

600

a wave in which the disturbance of space or matter moves in a direction that is perpendicular to the direction of the transfer of energy

transverse wave

600

the smallest energy packet that can exist.  The _______of light are called photons.  This is the singular form.

quantum

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