- #1
fonz
- 151
- 5
If the product of pressure and volume over temperature is equal to some constant for a particular ideal gas.
Let's say the volume is just a vessel and the pressure in the vessel is increased. So effectively the volume remains the same. Any increase in pressure must be canceled by an increase in temperature of the gas within the vessel is this correct? So by pressurising gas you are increasing the temperature?
Fundamentally is the relation between pressure and temperature this simple?
Thanks
Let's say the volume is just a vessel and the pressure in the vessel is increased. So effectively the volume remains the same. Any increase in pressure must be canceled by an increase in temperature of the gas within the vessel is this correct? So by pressurising gas you are increasing the temperature?
Fundamentally is the relation between pressure and temperature this simple?
Thanks