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Tides cause different bodies of water to rise and fall.
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Tides is the term for when the water of the ocean slowly rises and falls.
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Unusual oceanic colorings have given rise to the terms red tide and black tide.
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Tides is the term for when the water of the ocean slowly rises and falls.
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A decibel is a unit of sound intensity.
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Decibel is the term used to measure the intensity of sound waves.
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A decibel is how the intensity or loudness of sound is measured.
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Decibel is the term used to measure the intensity of sound waves.
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Decibel (1) The unit for the measurement of the intensity of sound, one decibel representing the faintest sound that can be heard by the human ear;
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Decibel is the term used to measure the intensity of sound waves.
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Decibel (dB) A unit for measuring the relative volume level or intensity of sound.
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Decibel is the term used to measure the intensity of sound waves.
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Decibel A unit of measurement changes in intensity of sound--such as the intensity of sound..
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Decibel is the term used to measure the intensity of sound waves.
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Decibel The decibel is the unit of measurement of sound intensity.
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Decibel is the term used to measure the intensity of sound waves.
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Intensity of sound waves is typically measured in decibels, a logarithmic scale.
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Decibel is the term used to measure the intensity of sound waves.
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Loudness of sound is measured in decibels (dB) which is a logarithmic comparison of two intensities.
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Decibel is the term used to measure the intensity of sound waves.
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The intensity of a sound wave is often measured in decibels The reference pressure is and P e is the root mean square pressure amplitude of the peak excess pressure).
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Decibel is the term used to measure the intensity of sound waves.
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The intensity of sound is measured in decibels (reflects differences in sound energy).
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Decibel is the term used to measure the intensity of sound waves.
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The intensity of the sound is measured in decibels (dB).
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Decibel is the term used to measure the intensity of sound waves.
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We rate the loudness of sounds, for example, in terms of decibels which are logarithms of actually physically measurable sound intensities.
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Decibel is the term used to measure the intensity of sound waves.
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While a decibel measures the intensity of a sound, it does not account for other factors.
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Decibel is the term used to measure the intensity of sound waves.
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dB stands for decibels, a measurement of the intensity, or loudness, of a sound.
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Decibel is the term used to measure the intensity of sound waves.
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decibel A measurement of sound intensity.
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Decibel is the term used to measure the intensity of sound waves.
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decibel Decibels (abbreviated dB) are the unit of measuring the loudness (or intensity) of sounds.
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Decibel is the term used to measure the intensity of sound waves.
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the decibel scale for measuring the intensity of sound waves;
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Decibel is the term used to measure the intensity of sound waves.
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A period (measured in seconds) is the time for one wave to pass a given point.
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Period is the time interval required for one complete wave to pass a point called.
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After the Altonian glacier completely retreated from the Chicago area, the time period is called the Farmdalian interval.
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Period is the time interval required for one complete wave to pass a point called.
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Graphs, especially those that show long time periods, or short rainfall intervals (which generate many data points) may require several minutes to complete.
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Period is the time interval required for one complete wave to pass a point called.
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Period- The period is the time required for one wave to move one wavelength.
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Period is the time interval required for one complete wave to pass a point called.
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The half period of the square wave is divided into time intervals of equal size.
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Period is the time interval required for one complete wave to pass a point called.
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The period is the time of one complete wave to pass.
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Period is the time interval required for one complete wave to pass a point called.
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The time interval for the passage of one wavelength is called the period (T).
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Period is the time interval required for one complete wave to pass a point called.
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The time interval required for the wave to travel exactly one wavelength, that is for the displacement at point r4 to return to the same value as it had at the beginning of that time interval, is known as the period and is given the symbol T.
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Period is the time interval required for one complete wave to pass a point called.
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The time required for one wavelength to pass a point in space is the wave period (T).
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Period is the time interval required for one complete wave to pass a point called.
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The time taken for one complete wave to pass any point is called the period , T .
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Period is the time interval required for one complete wave to pass a point called.
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Wave period Wave period is merely the time interval between successive wave crests or troughs as they pass a fixed point.
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Period is the time interval required for one complete wave to pass a point called.
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and its period, which is the time required for the wave to pass a fixed point.
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Period is the time interval required for one complete wave to pass a point called.
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period The time elapsed during one complete cycle of a wave.
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Period is the time interval required for one complete wave to pass a point called.
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this time period is called an interval.
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Period is the time interval required for one complete wave to pass a point called.
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wave period The amount of time required for a wave to repeat itself at a specific point in space.
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Period is the time interval required for one complete wave to pass a point called.
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Conduction Conduction is the process of transferring thermal energy through direct contact.
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Conduction is the transfer of thermal energy between particles of matter that are touching called.
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Conduction is about the transfer of energy by collisions between one particle and another.
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Conduction is the transfer of thermal energy between particles of matter that are touching called.
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Conduction is the transfer of heat energy by vibration of particles to transfer energy from one end of the metal to the other end.
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Conduction is the transfer of thermal energy between particles of matter that are touching called.
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Conduction is when materials are in physical contact and kinetic energy is transferred through collisions of their particles, according to the Kinetic Theory of Matter.
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Conduction is the transfer of thermal energy between particles of matter that are touching called.
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Heat conduction can be understood, on the atomic level, as particles physically transferring the heat energy as they come in physical contact with neighboring particles.
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Conduction is the transfer of thermal energy between particles of matter that are touching called.
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The learner will be able to compare and contrast the transfer of thermal energy by conduction, convection, and radiation.
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Conduction is the transfer of thermal energy between particles of matter that are touching called.
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The three types of thermal energy transfer are conduction, convection and radiation.
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Conduction is the transfer of thermal energy between particles of matter that are touching called.
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Thermal conduction is not included in the analysis due to the high rates involved and 100 % of the plastic work done is assumed to be transferred to thermal energy.
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Conduction is the transfer of thermal energy between particles of matter that are touching called.
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Thermal conduction is the transfer of internal energy by microscopic diffusion and collisions of particles or quasi-particles within a body.
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Conduction is the transfer of thermal energy between particles of matter that are touching called.
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Thermal conductivity, thermal resistivity, thermal energy, thermal conduction, atoms, molecules
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Conduction is the transfer of thermal energy between particles of matter that are touching called.
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This mechanism for transferring thermal energy by contact is called conduction .
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Conduction is the transfer of thermal energy between particles of matter that are touching called.
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thermal energy transfer conduction convection radiation internal
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Conduction is the transfer of thermal energy between particles of matter that are touching called.
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After a destructive event such as the feared tsunami, there would most likely be secondary succession, which is a type of ecological recovery where the area is not totally destroyed and the species that once lived there can eventually return.
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Secondary succession is the type of succession that happens after the destruction of a habitat.
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Concepts of ecology, succession, serial and climax species,what is habitat typing.
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Secondary succession is the type of succession that happens after the destruction of a habitat.
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Current threats to the species include habitat destruction, habitat succession, and invasive plant competition.
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Secondary succession is the type of succession that happens after the destruction of a habitat.
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Early succession on two hemlock habitat types in northern Idaho.
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Secondary succession is the type of succession that happens after the destruction of a habitat.
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Forest succession on four habitat types in western Montana.
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Secondary succession is the type of succession that happens after the destruction of a habitat.
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Forest succession of Four Habitat Types in Western Montana.
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Secondary succession is the type of succession that happens after the destruction of a habitat.
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Habitat fragmentation is a secondary affect of habitat destruction.
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Secondary succession is the type of succession that happens after the destruction of a habitat.
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Natural succession could threaten the future of this habitat type.
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Secondary succession is the type of succession that happens after the destruction of a habitat.
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Stand structure types have been used in numerous regional wildlife habitat studies and forest secondary succession studies (e.g., Thomas 1979, Arno et al.
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Secondary succession is the type of succession that happens after the destruction of a habitat.
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The principal cause of secondary succession is;
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Secondary succession is the type of succession that happens after the destruction of a habitat.
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The succession of types.
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Secondary succession is the type of succession that happens after the destruction of a habitat.
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There is very little succession in this habitat type.
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Secondary succession is the type of succession that happens after the destruction of a habitat.
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also in early succession habitat.
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Secondary succession is the type of succession that happens after the destruction of a habitat.
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e.g., primary succession, secondary succession.
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Secondary succession is the type of succession that happens after the destruction of a habitat.
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on succession of types;
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Secondary succession is the type of succession that happens after the destruction of a habitat.
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In Evolution texts and papers, the unit of Evolution is the population and this population can be variously called a Mendelian Population or a Hardy-Weinberg Population or sometimes a Deme.
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Population is the unit of evolution.
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Population is a form of species existence and a unit of evolution.
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Population is the unit of evolution.
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The population is the unit of evolution.
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Population is the unit of evolution.
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The population is the unit of natural selection and evolution.
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Population is the unit of evolution.
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The unit of evolution is the population.
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Population is the unit of evolution.
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Unit 7 (Evolution, Population Genetics, Speciation) 29.
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Population is the unit of evolution.
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A millibar is a unit that is used to report the the atmospheric pressure.
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Millibar is the unit used to measure air pressure.
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A millibar is used to measure air pressure.
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Millibar is the unit used to measure air pressure.
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Air pressure is generally measured in hectopascals (formerly known as millibars) .
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Millibar is the unit used to measure air pressure.
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Air pressure is typically reported in units called millibars or inches of mercury.
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Millibar is the unit used to measure air pressure.
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He introduced the millibar, a unit of air pressure in use today, and he first used lapse to describe the decrease of atmospheric temperature with height.
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Millibar is the unit used to measure air pressure.
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Looking at Barometric Pressure Air pressure can be measured in millibars (mbars).
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Millibar is the unit used to measure air pressure.
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MILLIBAR A unit of atmospheric pressure.
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Millibar is the unit used to measure air pressure.
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Meteorology has used the millibar for air pressure since 1929.
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Millibar is the unit used to measure air pressure.
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Millibar (MB) The standard unit of measurement for atmospheric pressure used by the National Weather Service.
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Millibar is the unit used to measure air pressure.
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Millibar- A metric unit of air pressure measurement.
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Millibar is the unit used to measure air pressure.
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Millibar- A metric unit of atmospheric pressure.
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Millibar is the unit used to measure air pressure.
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Millibars The bar is the basic unit of pressure in the MKS system of measurements.
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Millibar is the unit used to measure air pressure.
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Most barometers today measure air pressure in millibars.
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Millibar is the unit used to measure air pressure.
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The amount of air at a given place is measured by its pressure, usually in millibars, abbreviated mb.
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Millibar is the unit used to measure air pressure.
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The millibar has been used to measure air pressure for many years, but it is not an SI unit.
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Millibar is the unit used to measure air pressure.
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The numbers measure the atmospheric pressure in millibars.
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Millibar is the unit used to measure air pressure.
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We measure air pressure in millibars (mb) with a barometer.
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Millibar is the unit used to measure air pressure.
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We measure air pressure in millibars, using an instrument called a barometer.
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Millibar is the unit used to measure air pressure.
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301 Atmospheric Chemistry Introduction to chemistry and physics of the atmospheres of Earth, including the troposphere, stratosphere, mesosphere, thermosphere, and transition regions.
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Thermosphere is the upper-most atmosphere.
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4.2 Understanding of the Middle Atmosphere Thermosphere-Ionosphere Coupling System 4.2.
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Thermosphere is the upper-most atmosphere.
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In fact the upper atmosphere extends much further out, into the thermosphere.
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Thermosphere is the upper-most atmosphere.
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James Hecht, Richard Walterscheid Middle Atmosphere and Lower Thermosphere Mesoscale Dynamics ;
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Thermosphere is the upper-most atmosphere.
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MIDDLE ATMOSPHERE, THERMOSPHERE-IONOSPHERE COUPLING SYSTEM.
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Thermosphere is the upper-most atmosphere.
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The discovery suggests that while the Earth's lower atmosphere is warming, its upper atmosphere, or thermosphere, is cooling.
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Thermosphere is the upper-most atmosphere.
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The thermosphere (upper atmosphere) is the layer of the Earth's atmosphere directly above the mesosphere and directly below the exosphere.
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Thermosphere is the upper-most atmosphere.
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The thermosphere, the highest layer of our atmosphere, is constantly bombarded by unfiltered solar radiation.
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Thermosphere is the upper-most atmosphere.
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The uppermost layer in our atmosphere is called the thermosphere .
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Thermosphere is the upper-most atmosphere.
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Thermosphere A thermal classification, it is the layer of the atmosphere located between the mesophere and out space.
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Thermosphere is the upper-most atmosphere.
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Thermosphere The outermost thermal subdivision of the atmosphere in which the air temperature increases with altitude.
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Thermosphere is the upper-most atmosphere.
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Thermosphere- The upper layer of the earth's atmosphere (100 km to approximately 1000 km).
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Thermosphere is the upper-most atmosphere.
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To investigate the coupling between the thermosphere and the middle atmosphere through the influence of energetic particles.
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Thermosphere is the upper-most atmosphere.
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317-3 Fluids exert bigger up forces on lighter objects.
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Bouyant force is the upward force exerted by fluids when any object, such as a boat, is placed in it.
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Buoyancy is the tendency of a fluid (gas or liquid) to exert an upward force on an object that is submerged in it.
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Bouyant force is the upward force exerted by fluids when any object, such as a boat, is placed in it.
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