A Towering Thunderstorm Lights Up The Night Skies Over Panama, as Seen at 37,000 feet: But Wait, How is Not All That That Gaseous Cloud Not Evacuating Out Into The Vacuum of Imaginary Outer Space?
A Towering Thunderstorm Lights Up The Night Skies Over Panama, as Seen at 37,000 feet: But Wait, How is Not All That That Gaseous Cloud Not Evacuating Out Into The Vacuum of Imaginary Outer Space?
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In The Heliocentric Model, there is nothing to prevent the high atmospheric pressure gradients at lower altitudes from escaping upwards into the low atmospheric pressure gradients above them. According to The Second Law of Thermodynamics, pressure always flow from high to low, as pressure will always seek to fill any available volume in lay contiguous to.
A Towering Thunderstorm Lights Up The Night Skies Over Panama, as Seen at 37,000 feet: But Wait, How is Not All That That Gaseous Cloud Not Evacuating Out Into The Vacuum of Imaginary Outer Space?
A Towering Thunderstorm Lights Up The Night…
A Towering Thunderstorm Lights Up The Night Skies Over Panama, as Seen at 37,000 feet: But Wait, How is Not All That That Gaseous Cloud Not Evacuating Out Into The Vacuum of Imaginary Outer Space?
In The Heliocentric Model, there is nothing to prevent the high atmospheric pressure gradients at lower altitudes from escaping upwards into the low atmospheric pressure gradients above them. According to The Second Law of Thermodynamics, pressure always flow from high to low, as pressure will always seek to fill any available volume in lay contiguous to.