front 1 Potential energy | back 1 Is the ability to do work by virtue of position Energy is measured in joules |
front 2 Energy | back 2 Is the ability to do work Energy is measured in joules |
front 3 Ionization | back 3 Is the removal of an electron from an atom |
front 4 Example electromagnetic radiation | back 4 Gamma rays Radio waves X-rays Microwaves Ultraviolet |
front 5 Examples of particulates radiation | back 5 Alpha particulate and Beta particulate |
front 6 Natural environmental radiation | back 6
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front 7 Radon | back 7
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front 8 Unit of exposure | back 8 Air kerma/C/kg Roentgen |
front 9 rem | back 9 Unit of occupational dose |
front 10 Curie or becquerel | back 10 Unit of radioactivity |
front 11 Power | back 11 the quotient of work divided by time P=W/ T=FD/T SI unit: joule/seconds which is watt (w) british unit: horsepower (hp) |
front 12 Temperature Conversions | back 12
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front 13 Law of conservation of energy | back 13 a law of science that states that energy cannot be created or destroyed, but only changed from one form into another or transferred from one object to another |
front 14 Oclet rule | back 14 Atoms gain, lose or share electrons with other atoms in order to fill their valence level with eight electrons. |
front 15 Centripetal Centrifugal | back 15 The force that keeps an electron in orbit Flying out from the center force. |
front 16 Isotopes | back 16 Atoms that have the same atomic number but different atomic mass numbers |
front 17 Radioactivity | back 17 Radioactivity is the spontaneous emission of particles and energy in order to become stable. |
front 18 Half life | back 18 is the time required for a quantity of radioactivity to be reduced to one-half its original value |
front 19 Alpha particle | back 19 is a helium nucleus that contains two protons and two neutrons |
front 20 Beta particles | back 20 Is an electron emitted from the nucleus of a radioactive atom |
front 21 Gamma rays | back 21 come from the nucleus . x-rays come from the electron cloud |
front 22 Photon | back 22 An x-ray photon is a quantum of electromagnetic energy |
front 23 Amplitude | back 23 Is one half the range from crest to valley over which the sine wave varies |
front 24 Frequency | back 24 Is the number of wavelengths that pass a point of observation per second. |
front 25 Wavelength | back 25 is the distance from one crest to another, from valley to another or from any point one the sine wave to the next corresponding point |
front 26 Relationship between the frequency an wavelength | back 26 Wavelength and frequency are inversely proportional |
front 27 Electrostatics | back 27 Is the study of stationary electric charges |
front 28 Electrodynamics | back 28 is the study of electric charges in motion |
front 29 REsistance | back 29 The degree to which an electric current is opposed R=V/I |
front 30 Watt | back 30 Is the unit of power |
front 31 Magnetic permeability | back 31 Is the ability of a material to attract the lines of magnetic field intensity |
front 32 Magnetic susceptibility | back 32 is the ability of an object to become magnetized. |
front 33 Ferro magnetic | back 33 Ferromagnetic objects can be made into magnets by Induction |
front 34 Units of magnetism | back 34 is the tesla 1 Tesla (T)=10000 Gauss |
front 35 Diamagnetic | back 35 no data |
front 36 Paramagnetic | back 36 no data |