Ground flax is remarkably stable to oxidation when stored for nine months at room temperature and for 20 months at ambient temperatures under warehouse conditions.

The male incubates the eggs for 50 – 52 days, removing or adding litter to regulate the temperature, then protects the brown-striped chicks, who stay in the nest for about nine months, defending them fiercely against all potential predators, including humans.

For example, if one is calculating the average temperature of 10 objects in a room, and nine of them are between 20 and 25 degrees Celsius, but an oven is at 175 ° C, the median of the data could be between 20 and 25 ° C but the mean temperature will be between 35. 5 and 40 ° C.

Except for the mountainous regions in the central part of the island, the daily average temperature in Hainan is above, and the integrated temperature during the growing season of the crops reaches eight thousand to nine thousand degree Celsius-days.

With up to nine ' storeys ' within ( dismantled after each firing ), formed of tile floors and vertical columns in the form of clay pipes or tubes, which also served to conduct the heat, it has been estimated that it was capable of firing 30, 000 – 40, 000 vessels at a time, at a temperature of around 1000 ° C.

* Cloud nine is Buckminster Fuller's proposal for a Tensegrity Sphere of size a mile in radius which would be large enough so that it would float in the sky if heated by only one degree above ambient temperature, creating habitats for mini cities of thousands of people in each " Cloud Nine ".

The Bengals played in their first AFC Championship Game defeating San Diego 27 – 7, limited a San Diego offense – which featured three future members of the Pro Football Hall of Fame: quarterback Dan Fouts, receiver Charlie Joiner, and tight end Kellen Winslow ; the offense also featured two superb running backs, Chuck Muncie, who led the NFL with 19 touchdowns, and multi-talented rookie James Brooks – to only 7 points at Riverfront Stadium in a temperature of nine degrees below zero with a wind-chill factor of minus 59.

Although researchers have not standardized tactile map variables these nine are usually included depending on the substrate, vibration, flutter, pressure ’ temperature, size, shape, texture / grain, orientation and elevation.

The outer envelope has expanded to about nine times the radius of the Sun and it is radiating 47 times the luminosity of the Sun at an effective temperature of 5, 070 K. This heat gives the star the yellow-hued glow of a G-type star.

The ideal storage temperature for long periods is about fifty-five degrees, with an allowable range of five degrees above or below this, provided there are no sudden or frequent changes.

However, this was the temperature of one particular degree of freedom a quantum property called nuclear spin not the overall average thermodynamic temperature for all possible degrees in freedom.

This transition to BEC occurs below a critical temperature, which for a uniform three-dimensional gas consisting of non-interacting particles with no apparent internal degrees of freedom is given by:

When the working liquid is water and the bain-marie is used at sea level, the maximum temperature of the material in the lower container will not exceed 100 degrees Celsius ( 212 F ), the boiling point of water at sea level.

Only bromine and mercury are liquids at 0 degrees Celsius ( 32 degrees Fahrenheit ) and normal atmospheric pressure ; caesium and gallium are solids at that temperature, but melt at 28. 4 ° C ( 83. 2 ° F ) and 29. 8 ° C ( 85. 6 ° F ), respectively.

Cold fusion is a proposed type of nuclear reaction that would occur at, or near, room temperature, compared with temperatures in the millions of degrees that is required for " hot " fusion.

Example: the actual temperature is 23. 234456544453 degrees but if only two digits ( 23 ) are assigned to this parameter in a particular digital representation ( e. g. digital thermometer or table in a printed report ) the quantizing error is: 0. 234456544453.

) A one percent expansion of volume typically requires a temperature increase on the order of thousands of degrees Celsius.

Fahrenheit noted that mercury boils around 600 degrees on this temperature scale.

It is because of the scale's redefinition that normal body temperature today is taken as 98. 6 degrees, whereas it was 96 degrees on Fahrenheit's original scale.

A simple example from the physical world is the heating of water: a one degree increase in temperature is a quantitative change, but between water of 100 degrees and steam of 100 degrees ( the effect latent heat ) there is a qualitative change.

For example, if the temperature today, T, is 20 degrees higher than the temperature yesterday, Y, then the problem can be described algebraically as.

Initially the law was formulated as pV < sub > m </ sub > = R ( T < sub > C </ sub > + 267 ) ( with temperature expressed in degrees Celsius ), where R is the gas constant.

A temperature interval of 1 ° F is equal to an interval of degrees Celsius.

The third point, 96 degrees, was approximately the human body temperature, then called " blood-heat ".

In Rømer's scale, brine freezes at zero, water freezes and melts at 7. 5 degrees, body temperature is 22. 5, and water boils at 60 degrees.

He then re-calibrated his scale using the melting point of ice and normal human body temperature ( which were at 30 and 90 degrees ); he adjusted the scale so that the melting point of ice would be 32 degrees and body temperature 96 degrees, so that 64 intervals would separate the two, allowing him to mark degree lines on his instruments by simply bisecting the interval six times ( since 64 is 2 to the sixth power ).

The upper limit was determined by the difficulty of measuring the characteristic anode surface temperature ( see below ) since only a small region of the anode was struck by the arc.

The temperature dropped to twenty below at night and stood at zero during the days.

* Aegean Sea Bottom Water – occurring at depths below 500 – 1000 m with a very uniform temperature ( 13 – 14 ° C ) and salinity ( 39. 1 – 39. 2 %).

For temperatures significantly below the Fermi temperature, the electrons behave in almost the same way as at absolute zero.

According to these models, a necessary ( but not sufficient ) condition for the occurrence of amorphous phases is that T < sub > h </ sub > has to be smaller than 0. 3, that is the deposition temperature must be below 30 % of the melting temperature.

Several feet below the earth, temperature ranges from in North Dakota to, in Southern Florida.

BCS derived several important theoretical predictions that are independent of the details of the interaction, since the quantitative predictions mentioned below hold for any sufficiently weak attraction between the electrons and this last condition is fulfilled for many low temperature superconductors-the so-called weak-coupling case.

* BCS theory correctly predicts the Meissner effect, i. e. the expulsion of a magnetic field from the superconductor and the variation of the penetration depth ( the extent of the screening currents flowing below the metal's surface ) with temperature.

The smaller container, filled with the substance to be heated, fits inside the outer container, filled with the working liquid ( usually water ), and the whole is heated at, or below, the base, causing the temperature of the materials in both containers to rise as needed.

Thermal methods are the most commonly used and consists in increasing temperature to accelerate destabilisation ( below critical temperatures of phase inversion or chemical degradation ).

It finished when the universe was about three minutes old and its temperature dropped below that at which nuclear fusion could occur.

In 1911, just three years after helium was first liquified, Onnes working at University of Leiden discovered superconductivity in mercury, when he observed the electrical resistivity in mercury to vanish when the temperature was lowered below a certain value.

Chromium is remarkable for its magnetic properties: it is the only elemental solid which shows antiferromagnetic ordering at room temperature ( and below ).

Places with more than three months of average daily temperatures above and a coldest month temperature below and which do not meet the criteria for an arid or semiarid climate, are classified as continental.

Superconductivity is a phenomenon of exactly zero electrical resistance and expulsion of magnetic fields occurring in certain materials when cooled below a characteristic critical temperature.

This reaction between carbon dioxide and carbon to form carbon monoxide is endothermic at temperatures above approximately 800 ° C and is exothermic below this temperature.

As it expands, the nozzle collimates the gas into a uniform supersonic beam that is essentially collision free and has a temperature that, in the centre of mass frame, can be significantly below that of the reservoir gas.

In physics, cryogenics is the study of the production of very low temperature ( below − 150 ° C, − 238 ° F or 123 K ) and the behavior of materials at those temperatures.

The cut-off ratio can be expressed in terms of temperature as shown below:

Thermal methods are the most commonly used-these consist of increasing the emulsion temperature to accelerate destabilization ( if below critical temperatures for phase inversion or chemical degradation ).

Nonetheless the frost itself will be at or below the freezing temperature of water.

White frost forms when there is a relative humidity above 90 % and a temperature below – 8 ° C ( 18 ° F ) and it grows against the wind direction, since arriving windward air has a higher humidity than leeward air, but the wind must not be very strong in order not to damage the delicately built icy structures.