Question

Difference between boyles law, charles law, and gay-lussacs law​

Answer 1

All these laws give the relationship between two quantities of the gas among V (volume), p (pressure) and T (temperature), keeping the third one constant - however the two quantities change for each law

Step-by-step explanation:

Calling:

p = gas pressure

V = gas volume

T = gas temperature (in Kelvin)

We have:

- Boyle's law: the pressure and the volume of a gas kept at constant temperature are inversely proportional. Mathematically,

`pV=const.`

- Charles's law: the temperature and the volume of a gas kept at constant pressure are directly proportional. Mathematically,

`(V)/(T)=const.`

- Gay Lussac's law: the temperature and the pressure of a gas kept at constant volume are directly proportional. Mathematically,

`(p)/(T)=const.`