I'm loving ThePianoGuys
***
I'm going to trust in Your calmness
Not by my own might or strength
But by that reassuring picture
Imprinted in my head from You
That is Your promise
Psalms 89:8-9
O Lord God Almighty, who is like you?You are mighty, O Lord, and your faithfulness surrounds you.You rule over the surging sea;when its waves mount up, you still them.
Psalms 93:4
The LORD on high is mightier than the noise of many waters, yea, than the mighty waves of the sea
Storms need warm, moist air as fuel, and they typically draw that air in from the surrounding environment. Storms can draw in that air from all directions -- even from the direction in which the storm is traveling.
As the warm, moist air is pulled into a storm system, it leaves a low-pressure vacuum in its wake. The air travels up through the storm cloud and helps to fuel it. The updrafts in the storm, however, quickly carry the air upward, and when it reaches the top of the cloud mass, this warm moist air gets spit out at the top. This air is sent rolling out over the big, anvil-shaped head of the thunderclouds or the roiling arms of hurricanes. From there, the air descends -- drawn back toward lower altitudes by the very vacuum its departure created in the first place.
The descending air becomes warmer and drier (a good thing after its trip through the cloud, which involved cooling and condensation). Warm, dry air is relatively stable, and once it blankets a region, it stabilizes that air in turn. This causes the calm before a storm.His calm versus the science of calmness.