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PS_CHAP 14

Horizontales
Distinct packets of EM energy as theorized by Max Planck
The most dangerous form of ultraviolet light frequency band which is (entirely) filtered out by earth's atmosphere
Process where 3 known distances are used to obtain a position.
Highest frequency and shortest known wavelength of the EM spectrum with the highest energy per photon
Any form of EM or nuclear particle with enough energy to ionize atoms and molecules (cancer treatment-radiotherapy)
Category including terrestrial and global navigation modalities such as Loran-C, Omega, GPS.
A visible example of EM
Shortwave radio
Wave forms which transfer energy, make no sound, and can propagate through a "matterless" vacuum (space).
A "wave bundle" of light
Emitted by electrons "dropping" from higher energy states to lower energy states while still attached to the atom (vs electrons moving through a medium)
Radio frequency identification technology used collect tolls on Garcon Point and Bob Sikes bridge.
EM waves which can pass through some solid (and biologic objects) without causing damage. These waves are divided into MF, LF, HF, and VHF signals for use in telecommunications.
The lowest frequency of EM detectable by the human eye, and produced by virtually everything with internal thermal energy.
Verticales
Aka "black" light
Ultraviolet light frequency band with the longest wavelength
Ultra high (radio) frequency
Computed axial tomography
Distinct subregion of infrared light spectrum used in everyday devices such as remote controls, thermostats, and wireless (bluetooth) devices
Albert Einstein's famous theory that gravity can bend EM waves
Waves representing the upper end of the radio spectrum and are sued in satellite communication, but at high intensities can cause severe damage to biological materials (EM energy converted to thermal energy)
Very high (radio) frequency
Object heated to "glowing" ( as in traditional old school light bulb)
The specific type of energy represented by EM waves
The entire continuum of electromagnetic waves
Ultraviolet light frequency band with the greatest potential for causing sunburn
Very short wavelength of EM ray (smaller than diameter of atoms) used in imaging to penetrate through and between atoms
Radio detection and ranging
Very low (radio) frequency