if Temperature increases, volume increases too. ( charles’s law) and also pressu

Question

if Temperature increases, volume increases too. ( charles’s law) and also pressure will increase too according to gay lussac’s law. but pressure and volume both can not increase simultaneously according to boyles law. he said pressure and volume are inversely proportional. so how can we analyse this conflict in laws. I want to know relationships among temperature, pressure and volume at one time. Assumption 4: Since the average kinetic energy is proportional to the temp. of the gas in Kelvin, raising the temp. increases the average kinetic energy. This causes more collisions with the container walls and an increase in pressure Charles's Law Collision fressure

Explanation / Answer

All the laws u mentioned have some definite conditions.

Like Charles's law is applicable at constant pressure, similarly Gay lussac's law is applicable at constant volume and Boyles law at constant temperature.

So these laws can't be applied simultaneously amd can't be correlated.

depending upon the given conditions we will apply the laws.

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