Примери коришћења Ideal gas на Енглеском и њихови преводи на Српски
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In fact, assuming an ideal gas, the speed of sound c depends on temperature only, not on the pressure.
An ideal gas is a simplified"real gas" with the assumption that the compressibility factor Z is set to 1 meaning that this pneumatic ratio remains constant.
correction to expand the useful range of the ideal gas law for design purposes.
In an ideal gas the speed of is really only dependent on the temperature
For an ideal gas, the ideal gas law applies without restrictions on the specific heat.
Their complete studies at last lead to a geometric bond among these properties articulated by the ideal gas law(see simplified model sector beneath).
However, rarefied gases at ordinary temperatures behave very nearly like an ideal gas and the Maxwell speed distribution is an excellent approximation for such gases. .
According to the Ideal Gas Law, P-V N-R-T,
non-stationary processes with ideal gas and real fluids.
non-stationary processes with ideal gas and real fluids.
solves problems with ideal gas, vapour or moist air.
For example, as discussed below the standard state of a gas is conventionally chosen to be unit pressure(usually in bar) ideal gas.
For example, as discussed below, the standard state of a gas is conventionally chosen to be unit pressure(usually in bar) ideal gas, regardless of the temperature.
A compressibility factor of one also requires the four state variables to follow the ideal gas law.
perfect gas is the ideal gas law and reads.
One of the first attempts to expand the boundaries of the ideal gas law was to include coverage for different thermodynamic processes by adjusting the equation to read pVn= constant
The ideal gas equation is also obeyed closely by molecular gases;
the intermolecular forces play a more substantial role in gas behavior which results in the ideal gas law no longer providing"reasonable" results.
because all real substances begin to depart from the ideal gas when cooled as they approach the change of state to liquid,
exclusion principle in 1925, Fermi followed with a paper in which he applied the principle to an ideal gas, employing a statistical formulation now known as Fermi-Dirac statistics.