Is that your answer to everything? That's the third time you've said that to something obvious I've said.
We see this weather pattern in south-east Australia EVERY summer. A large high cell plants itself over SE Aust rotating counter-clockwise pulling dry hot wind from central Aust over Melbourne and Tasmania. A large low cell (rotating clockwise) will develop in the Great Australia Bight. What are the predominant conditions during this weather construction for SE Aust? Dry, hot and windy. That's when our worst bushfires occur and temps go over 40C.
But, to give you the benefit of the doubt, explain how the moist air moves from the cold low .pressure cell to the hot high pressure cell? Or are you saying the first law of thermo doesn't apply?
Don't be ridiculous, you're just spouting incorrect nonsense. Only the second law refers to isolated systems, and only that entropy cannot decrease in an isolated system. The other three laws are completelpplicable, including the first where it states energy cannot be transferred from cold to warm.
Plus, there general agreement that the Earth system can be regarded as a closed system for intents and purposes. Even Wikipedia gets them right, so go have a read.