In this case, density and heat capacity of the liquid at high pressures are calculated by numerical integration of u−2 p, T), using, as initial values, the same quantities (density and heat capacity) at atmospheric pressure as a function of temperature.
Comfort isn't just a function of temperature; it also is a function of air movement and humidity.
Thermometers function by relating an unobservable quantity, temperature, to an observable quantity, expansion (or length) of a fluid or gas in a glass tube; that is, thermometers measure temperature by assuming that length is a function of temperature: length = $f$(temperature).
The concept of heat capacity is derived from the thermodynamic science and is a thermodynamic quantity that is defined as the rate of change of the energy of the given system as a function of temperature.
The consistency of results has been analysed by a new method of multilinear regression of the quantity p aHγCl) as a function of both temperature and solution composition.
If before the unification we could express each quantity as a function of four quantities (two temperatures and two other quantities—Table 3), now we can express each quantity as a function of three variables: the speed w and the two internal temperatures.
It uses the microwaves emitted naturally by raindrops (their so-called black-body radiation, a function of their temperature) to assess the quantity of water falling from a storm's clouds.
The resulting model is a function of measured quantities and of two unknown parameters.
We modeled the detection probability (p) as a constant (constant), as a function of tick race (tick race), and as a function of the bacteria quantity index using both linear (quantity) and quadratic (quantity) relationships.
Mathematical formula was developed for concrete strength as a function of CA quantity that ranges from the standard quantity to null, and another formula was developed for the quantity of FA as a function of compressive strength.
