I sure there is no spaghetti involved. We've got the same mountain weather conditions two weeks later and the same five hundred tons of cloud passes over the mountain and dumps the snow on Calgary. How come no chinnook? Is it because the iconosphere above the formation is more highly positively charged and can lift the load higher to clear the mountain? The iconosphere is positive with respect to the earth, more positive more lift. You tell me what you were taught that accounts for the suspended mass of that much water. Other than the electrical explanation I can see no mechanism to do that.
Right...gliders don't find thermals...birds don't find thermals to ascend over mountain ranges. It's all electric levitation and fancy anti-gravity...:roll:
In no way can I accept that turbulent warm air lifts and maintains that much mass.
It doesn't maintain it...otherwise we'd never have any rain now would we? Any idea how long the average cloud actually lasts after forming? The average cumulus cloud is only a cloud for less than an hour. Or it rises above a cold front moving in and rides on top...
The known process of convection does not account for the suspended mass of weather systems. Show me the math and physics.
A mass of warm air will rise until it is no longer warmer than the air surrounding it. By that time the vapour has already formed droplets. Then it falls out.
I'll show you the math after you show me yours for the antigravity cloud.
And we haven't even brought any of this back to climate yet. It's definitely spaghetti on a wall....