Übersetzung für "Ideales gas" in Englisch

The negligible pressure dependence of the sonic velocity for an ideal gas is noteworthy.

Especially independently if they're an ideal gas.

In this regime, the gas can be regarded as an ideal gas.

In theory, an ideal gas consists of freely moving mass particles without extension in a volume space.

Working fluid is air that is considered a perfect gas.

For simplicity, the gas is assumed to be an ideal gas.

And even better, we're going to assume we're dealing with a monoatomic ideal gas.

Knowledge Base In theory, an ideal gas consists of freely moving mass particles without extension in a volume space.

In thermodynamics, the Boyle temperature is the temperature at which a non ideal gas behaves most like an ideal gas.

The statistical mechanics of bosons were developed by Satyendra Nath Bose for photons, and extended to massive particles by Albert Einstein who realized that an ideal gas of bosons would form a condensate at a low enough temperature, unlike a classical ideal gas.

Although (in the case of gases only) the speed of sound is expressed in terms of a ratio of "both" density and pressure, these quantities cancel in ideal gases at any given temperature, composition, and heat capacity.

In many real world applications requirements for accuracy demand that deviations from ideal gas behaviour, i.e., real gas behaviour, is taken into account.

To the extent that the gas is ideal, the pressure depends linearly on temperature, and the extrapolation to zero pressure occurs at absolute zero.

For an ideal gas, the partial pressure divided by the total pressure is equal to the constituent's molar concentration, x;

Depending on the magnitude of the gas volume in the tank, the absolute pressure prevailing in the tank as well as the tank temperature or a value representing the latter (which is derived among others from the fuel temperature determined by the engine control system) a specific relationship between the change of volume and pressure is determined according to the general equation of state for an ideal gas (pV=MRT).

One may speak of a free gas "content" assuming that methane is a perfect gas.

We've talked about temperature, as essentially the average kinetic energy of these-- which is a function of these particles, which could be either the molecules of gas, or if it's an ideal gas, it could be just the atoms of the gas.

In general, especially at this level of physics, we assume that this is an ideal gas, that all of the bumps that occur, there's no loss of energy.

In general, if I have an ideal gas in a container, the pressure exerted on the gas-- on the side of the container, or actually even at any point within the gas, because it will all become homogeneous at some point-- and we'll talk about entropy in future videos-- but the pressure in the container and on its surface, times the volume of the container, is equal to some constant.

But the other way to think about it is that at standard temperature and pressure, an ideal gas-- and we did this two videos ago.

If 1 mole takes up 22.4 liters, then our number of moles are going to take up 0.098, and this is an ideal gas in both circumstances.

In the fourth section of this paper they further show, that this thermodynamic temperature is (up to a constant scale factor) identical to the temperature measured with a gas thermometer, if the gas follows the Ideal Gas Law.

This dependence also applies really good to air, in good approximation and can be regarded as an ideal gas.

Because aether really behaves like an Idle Gas, all aether-vortices (H) can further wander through space without resistance.

This dependence also applies to air, in good approximation and can be regarded as an ideal gas.

One standard cubic meter (ideal gas) contains a constant molar amount of 44.615 mol of gas molecules (irrespective of the type of gas).