is it true the space between gas particles becomes very large
Because at low temperatures (not high) and low pressures the interactions between gas molecules are not so important.
Because at low pressures and temperatures the interactions between the gas particles are extremely rare and this gas is near an ideal gas (any interaction beween particles).
Only dilute gases are quasi-ideal gases.
Magma traps in gases which create a buildup of pressure like air bubbles do
expand
Integrity in a classroom setting is absolutely necessary and encouraged. However, it may be even more crucial outside of an academic setting. By acting with integrity at all times, a person sets a good example for everyone they know, and they show the younger generation how they should ideally behave.
Hydrogen and Helium
their internal structure makes them behave in a similar way.
PV =nRT
Yes, if the pressure is low.
Helium
Gases behave most ideally at low pressure and high temperatures. At low pressures, the average distance of separation among atoms or molecules is greatest, minimizing interactive forces. At high temperatures, the atoms and molecules are in rapid motion and are able to overcome interactive forces more easily.
Moustache
Kinetic Theory.
The law of combining volumes states that the ratios of volumes of reacting gases can be expressed as small whole number ratios. This law is based on the assumption that gases behave ideally, meaning they occupy the same amount of space as predicted by the ideal gas law. Therefore, this law does not apply to the volumes of liquids or solids.
resists flowing, so expanding gases are trapped in it.
At 1 atm, because the pressure is lower.
the gases behave normally a STP conditions
gases behave ideally at high temperature and low pressure at 273kthe temperature in celcius is o degree which is a very low temperature and atlow temperature forces of attraction becomes significant so they behave non ideally
Different gases will expand at the same rate. At twice the absolute temperature, the volume will also double (assuming the pressure stays the same). At very high pressures or very low temperatures there may be some deviations from this rule, which is part of the general gas law; but under most normal circumstances, most gases behave more or less like an "ideal gas".Different gases will expand at the same rate. At twice the absolute temperature, the volume will also double (assuming the pressure stays the same). At very high pressures or very low temperatures there may be some deviations from this rule, which is part of the general gas law; but under most normal circumstances, most gases behave more or less like an "ideal gas".Different gases will expand at the same rate. At twice the absolute temperature, the volume will also double (assuming the pressure stays the same). At very high pressures or very low temperatures there may be some deviations from this rule, which is part of the general gas law; but under most normal circumstances, most gases behave more or less like an "ideal gas".Different gases will expand at the same rate. At twice the absolute temperature, the volume will also double (assuming the pressure stays the same). At very high pressures or very low temperatures there may be some deviations from this rule, which is part of the general gas law; but under most normal circumstances, most gases behave more or less like an "ideal gas".