Not exact matches
Set aside
at room
temperature, stirring frequently until the
liquid is
cold and just beginning to thicken very slightly (but is still
liquid and pourable).
Nitrogen is one of 118 known elements and because it evaporates
at low
temperatures, it typically exists as a gas and in order for it to remain in a
liquid state it must be kept
at extremely
cold temperatures.
It won't set
at room
temperature unless it's really
cold where you live because once saturated fats turn to
liquid, they need to be
cold to firm back up.
«What we do know is that Hypatia was formed in a
cold environment, probably
at temperatures below that of
liquid nitrogen on Earth -LRB--196 Celsius).
Most sources used in labs today have to be very
cold (
at the
temperature of
liquid Helium, about -270 C), which requires large and expensive refrigerators.
Unlike most solids, like salt and sugar, which dissolve better in hot
liquids than they do in
cold, gases dissolve more readily
at low
temperatures.
Working with a polymer that is
liquid at cold - storage
temperatures but solidifies as it warms to body
temperature, Stephan may be able to create a T - cell depot that is even less invasive and easier to administer.
Now, recent back - to - back breakthroughs are revealing the bizarre behavior
liquid water adopts
at the
coldest temperatures ever achieved, Gizmodo reported.
They are
liquid even
at cold temperatures, go rancid easily and break down into free radicals when heated.
Therefore, if you live in a
colder climate (like I do in upstate NY), it will be solid
at room
temperature; however, if you live in a warmer climate, it'll be
liquid at room
temperature (because room
temperature in that climate is over 76º).
It won't set
at room
temperature unless it's really
cold where you live because once saturated fats turn to
liquid, they need to be
cold to firm back up.
Oils that are consisted of monounsaturated fats are usually
liquid at room
temperature but start to solidify when exposed to
cold temperatures.
Coconut oil hardens in
cold temperatures, softens
at room
temperature, and melts to a
liquid, so what consistency you choose will depend on how you plan to use it.
According to [Moelg and Hardy, 2004], if air
temperature were 1 degree C
colder than
at present, the potential ablation would be reduced by 14.2 millimeters per month (
liquid water equivalent).
The second thing that must occur; after the water
Temperature stalls
at 273.15 Kelvins, is that 80 calories per gram of water, must be removed to some
colder heat sink, again per the second law, and only after that heat energy, is sucked out of the water by a continuous thermal chain of ever cooler thermally conductive media, to some far cooler place, can the
liquid water molecules close in on each other as the water turns to ice.
So on condensation, under the still rising hotter lighter air carrying on doing its thing and perhaps adding new layers, there would be the accompanying volume and
temperature decrease of that first previously rising lighter volume now heavier
liquid water and added to by the adjacent volumes of heavier
colder air flowing beneath the still rising lighter hotter and into the space now available on condensation of its neighbour, which all now being heavier will increase the pressure
at the surface as they all sink together displacing the lighter.