lots 5: waves and calorimetry

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LOTS 5: Waves and Calorimetry Mr. P, Physical Science

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LOTS 5: Waves and Calorimetry. Mr. P, Physical Science.  (said “lambda”). Symbol meaning “wavelength”.  T. Symbol meaning “change in temperature”. Amplitude. Distance from rest to crest in a transverse wave. Calorimetry. The study of heat energy. Compression. - PowerPoint PPT Presentation

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Page 1: LOTS 5: Waves and  Calorimetry

LOTS 5: Waves and Calorimetry

Mr. P, Physical Science

Page 2: LOTS 5: Waves and  Calorimetry

(said “lambda”)Symbol meaning “wavelength”

Page 3: LOTS 5: Waves and  Calorimetry

TSymbol meaning “change in temperature”

Page 4: LOTS 5: Waves and  Calorimetry

AmplitudeDistance from rest to crest in a transverse

wave

Page 5: LOTS 5: Waves and  Calorimetry

CalorimetryThe study of heat energy

Page 6: LOTS 5: Waves and  Calorimetry

CompressionPart of a longitudinal wave where the medium

is most “crunched” together and the energy is highest

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CpSymbol meaning “specific heat capacity”

Page 8: LOTS 5: Waves and  Calorimetry

CrestThe highest position of a transverse wave

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EndothermicDescribes a situation where heat is absorbed

(it will feel cold)

Page 10: LOTS 5: Waves and  Calorimetry

ExothermicDescribes a situation where heat is released

(it will feel hot)

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FrequencyThe number of waves that occur in a certain

amount of time (usually per second)

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Longitudinal WaveA 1-dimensional wave; the particles of the

medium move parallel to the direction that energy is traveling

Page 13: LOTS 5: Waves and  Calorimetry

MediumThe empty space or substance that a wave

travels through

Page 14: LOTS 5: Waves and  Calorimetry

QSymbol meaning “amount of heat”

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RarefactionPart of a longitudinal wave where the

medium is least “crunched” together and the energy is lowest

Page 16: LOTS 5: Waves and  Calorimetry

Specific Heat CapacityThe amount of heat (in Joules) needed to

raise 1 g of a substance 1 °C

Page 17: LOTS 5: Waves and  Calorimetry

SystemParts working together using energy; can be

“closed” or “open”

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Transverse WaveA 2-dimensional wave; the particles of the

medium move perpendicular to the direction that energy is traveling

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TroughThe lowest position of a transverse wave

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WaveThese are evidence that energy is traveling

from place to place

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WavelengthDistance from compression to compression in

a longitudinal wave, or crest to crest in a transverse wave