Their temperature and moral outrage, briefly becalmed by his recent humiliation, began to rise once again.
She came into the isolation center with a [temperature] of 40 degrees [104 Fahrenheit], and that was too high for a 6-year-old.
Staffers monitor humidity and temperature; but otherwise the cheeses are left undisturbed.
The temperature should reach a high of only 105 degrees by midday.
Given the soaring midday temperature, I thought they must be unbearably hot.
There is, therefore, a considerable difference in temperature.
A large number of stones heated red hot were placed inside, which raised the temperature almost to that of an oven.
It has been shown that the moto-excitability is greatly influenced by temperature.
The temperature of the developer is of the greatest importance.
The temperature of the soda lye could therefore be raised by 47 deg.
1530s, "fact of being tempered," also "character or nature of a substance," from Latin temperatura "a tempering, moderation," from temperatus, past participle of temperare "to moderate" (see temper (v.)). Sense of "degree of heat or cold" first recorded 1670 (Boyle), from Latin temperatura, used in this sense by Galileo. Meaning "fever, high temperature" is attested from 1898.
temperature tem·per·a·ture (těm'pər-ə-chur', -chər, těm'prə-)
Abbr. T, t, temp.
The degree of hotness or coldness of a body or an environment.
A specific degree of hotness or coldness as indicated on or referred to a standard scale.
The degree of heat in the body of a living organism, usually about 37.0°C (98.6°F) in humans.
An abnormally high condition of body heat caused by illness; a fever.
Our Living Language : Heat and temperature are closely related but distinct and sometimes subtle ideas. Heat is simply transferred thermal energy—most commonly, the kinetic energy of molecules making up substance, vibrating and bouncing against each other. A substance's temperature, on the other hand, is a measure of its ability to transfer heat, rather than the amount of heat transferred. For example, a match lit under a pot of boiling water reaches a much higher temperature than the water, but it is able to give off much less heat, since only a small amount of thermal energy is created and released by it. When any two substances of different temperatures are in thermal contact, the laws of thermodynamics state that heat flows from the higher-temperature substance into the lower-temperature substance, raising the temperature of the heated body and lowering the temperature of the body releasing heat until thermal equilibrium is reached, and the temperatures are the same. Thus temperature describes a characteristic of matter that determines the direction and extent of heat transfer, so the match with little heat but high temperature still adds energy to the water when placed under the pot. Providing a closed physical system with heat generally raises its temperature but not necessarily; for example, ice at zero degrees Celsius requires considerable additional heat in order to melt into water at zero degrees Celsius. Temperature can be related to the average kinetic energy of the molecules of gases, though this relation breaks down in most real cases involving liquids, solids, substances with larger molecules, and radiation with no mass, such as light. The two most common temperature scales, Celsius (C) and Fahrenheit (F), are based on the freezing and boiling points of water. On the Celsius scale there are 100 increments between the two points, and on the Fahrenheit scale there are 180. Scientists also use the International System units called Kelvins (K). A difference in temperature of one degree is equivalent in the Celsius and Kelvin scales, but their absolute scales are different: while zero degrees C is the temperature at which water freezes (at a pressure of one atmosphere), zero degrees K (-273.72 degrees C), also called absolute zero, is the least possible temperature for a system, representing a theoretical state from which no heat can be extracted.