Answer:
Pressure in terms of Limited
Explanation:
4
We then have
1.6.
Dalton’s law
This law states that the total pressure of a mixture of gases occupying a given volume isequal to the sum of the partial pressures of the individual gases in the mixture. Thepartial pressure of gas in a mixture is the pressure the gas would exert if it occupied thecontainer alone. It is important to mention
that Dalton’s law of partial pressures applies
to gases which do not react chemically, i.e. a mixture of gases. For example, a mixture ofhydrogen and oxygen gases obeys this law if they have not reacted to form acompound, e.g. water or water vapour.
Mathematically, Dalton’s law can be written as
:
where
P
T
is the total pressure of the mixture and
,
,
, … are the pressures of the
gases
,
,
, … in the mixture.
2.
The Ideal Gas Equation
This equation is a combination of the above laws
(excluding Dalton’s law)
whichestablishes relationship between temperature, pressure, volume and number ofmolecules in a given sample of gas.
Combining Boyle’s, Charles’ and Avogadro’s
lawswill produce the ideal gas equation as follows
By multiplying the right-hand sides of the above expressions, we have
()
