Question

What names are given to the following ideal gas relationships? (a) Volume and moles at constant T and p. (b) Pressure of non-reacting gases in mixture of constant T and V. (c) Volume and temperature in Kelvin at constant p and n.

Answer 1

"a)  Avogadro's law:

“It states that "equal volumes" of "all gases" under the "same conditions" of "temperature" and "pressure" contain "equal number" of "molecules".”

$V\quad \alpha \quad n$

$\frac { { P }_{ 1 }{ V }_{ 1 } }{ { T }_{ 1 } } \quad =\quad \frac { { P }_{ 2 }{ V }_{ 2 } }{ { T }_{ 2 } }$

b)  Dalton's law of partial pressure:

“At "constant temperature", the "pressure of a mixture" of two or more "non-interacting gases" is "equal to" the "sum of partial pressures" of the "individual gases".”

Partial pressure of the gases = mole fraction of the gas $\times$ total pressure

Pressure of non-reacting gases in mixture of constant T and V

c) Charle's law:

Jacques Charles proposed that “Volume of a given "mass of gas" is "directly proportional" to its "absolute temperature" at "constant pressure".”

$\frac { V }{ T } \quad =\quad Constant$

Volume and temperature in Kelvin at constant p and n."

Answer 2

Here is your answer mate.... ☺☺