[Yugocean]

The ideal gas law is pV=nTR.
It is of the form p (pressure), V (volume), n (quantity in moles), T (temperature), and R (gas constant).
According to kinetic theory, there is no such thing as an ideal gas, but many gases behave approximately as if they were ideal at ordinary working temperatures and pressures.
That is, by following the ideal rule of using gas while cooking, the consumption of gas can be reduced.

[Shavkat]

I do agree that we need to consider this gas law you mentioned. I always take control of the pressure when reaching the ideal temperature in cooking.

[Nsikan]

I don't seem to understand the application of this gas law in terms of saving gas expended on cooking. Does it mean we need to cook with more pressure to reduce the usage of gas?

[Jem Smith]

Could you explain how that would work?

[Presh]

The little I can explain is that you would save gas when you increase the intensity of the cooker to the highest level. That's because you would have increased the pressure with the temperature increase which causes the food to cook faster and saves gas.