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13 Sentences With "raised the temperature of"

How to use raised the temperature of in a sentence? Find typical usage patterns (collocations)/phrases/context for "raised the temperature of" and check conjugation/comparative form for "raised the temperature of". Mastering all the usages of "raised the temperature of" from sentence examples published by news publications.

They have now raised the temperature of their ULT freezers.
That crackdown raised the temperature of a confrontation that has grown into the worst political crisis for decades in Spain.
Second, it raised the temperature of the water in the region, which means more evaporation and more water in the air.
Rising temperatures affect farming and skiing in the state, and climate change has raised the temperature of coastal waters, threatening fisheries, he said.
In highly polarized North Carolina, it has raised the temperature of the abortion debate, which has been used to motivate conservative and liberal voters alike.
The University of Southern California and the WZB Berlin Social Science Center had 21 students in Berlin perform tasks and steadily raised the temperature of the environment.
Fox News, which Ailes started in 1996 with the backing of media mogul Rupert Murdoch, raised the temperature of on-air debate on U.S. television, generally taking a hardline conservative view.
As the crowd moved, their collective body heat raised the temperature of the room, and all that warmth made people sweat, which made things get humid, which made people perspire even more.
The chemical attack in the suburb of Douma over the weekend killed at least 49 people and raised the temperature of an already simmering relationship between the United States and Russia, which rejected the conclusion that Syria's military was behind the chemical attack.
Anthropogenic (human caused) global warming has raised the temperature of the Earth by about 1 °C since the Industrial Revolution. Human actions are predicted to raise the temperature additionally; depending on what mitigation actions are taken estimates range between a goal of .5 °C, to more than 2 °C further warming. Higher temperatures are generally associated with more severe effects, including global drought, changing weather patterns, ocean temperatures, among many others.
166Cannell 2011, p.73 When the rest of the car landed on the embankment, the rear-mounted fuel tank exploded. The fuel fire raised the temperature of the remaining Elektron bodywork past its ignition temperature, which was lower than that of other metal alloys due to its high magnesium content. The alloy burst into white-hot flames, showering the track and crowd with magnesium embers, made worse by rescue workers unfamiliar with magnesium fires who poured water onto the inferno, greatly intensifying the fire.
Charles's law (also known as the law of volumes), describing how gases tend to expand when heated, was first published by natural philosopher Joseph Louis Gay-Lussac in 1802, but he credited it to unpublished work by Jacques Charles, and named the law in his honour. Around 1787 Charles did an experiment where he filled 5 balloons to the same volume with different gases. He then raised the temperature of the balloons to 80 °C and noticed that they all increased in volume by the same amount. This experiment was referenced by Gay-Lussac in 1802 when he published a paper on the precise relationship between the volume and temperature of a gas.
In 1888, William Thompson Sedgwick said that the apparent contradiction between the results of these experiments was a consequence of different heating rates used in the experiments: "The truth appears to be that if the heating be sufficiently gradual, no reflex movements will be produced even in the normal frog; if it be more rapid, yet take place at such a rate as to be fairly called 'gradual', it will not secure the response of the normal frog under any circumstances". Goltz had raised the temperature of the water from 17.5 °C to 56 °C in about ten minutes, or 3.8 °C per minute, in his experiment, whereas Heinzmann heated the frogs over the course of 90 minutes from about 21 °C to 37.5 °C, a rate of less than 0.2 °C per minute. Edward Wheeler Scripture recounted this conclusion in The New Psychology (1897): "a live frog can actually be boiled without a movement if the water is heated slowly enough; in one experiment the temperature was raised at a rate of 0.002°C per second, and the frog was found dead at the end of 2½ hours without having moved." Modern scientific sources report that the alleged phenomenon is not real.

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