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Warmth fibres are excited by rising temperature and inhibited by falling temperature, and cold fibres respond similarly with cold stimuli.
Warmth fibres are excited by rising temperature and inhibited by falling temperature, and cold fibres respond in the opposite manner.
In many trees leaf senescence is brought about by declining day length and falling temperature toward the end of the growing season.
If cooling is conducted rapidly enough, measurable crystallization will not take place; instead, the mass will continue along line abcf, its volume shrinking with falling temperature and its viscosity rising enormously.
This last example explains why the conductivity of a metal increases substantially with falling temperature: in a pure metal at room temperature, most resistance to the motion of free electrons comes from the thermal vibration of the atoms; if the temperature is reduced to almost absolute zero, where thermal motion essentially stops, conductivity can increase several thousandfold.
If the system contains between 7 and 40 percent nickel (as is the case for all but one iron or stony iron meteorite), taenite remains stable down to a temperature of about 400 °C (750 °F), although its nickel content increases with falling temperature as the low-nickel kamacite separates from it.
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Autumn, like spring, is short, with rapidly falling temperatures.
Are rising and falling crime rates less natural than rising and falling temperatures?
Shorts ensembles were not the only trendlet inspired by falling temperatures.
Even falling temperatures will not harm them, though it might burn leaf tips.
That interval seems arbitrary and includes periods of falling temperatures (which help make the contrast greater).
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com