© Patty Fitts. All Rights Reserved.
“God does great and unsearchable things, wonders without number. He gives rain upon the earth, and sends water on the fields.”
If you said to someone: “My God does great and unsearchable things: He does wonders without number,” and they responded, “Really? Like what?” Would you say, “Like rain?”
Rain really is one of the great, unsearchable wonders that God does. Picture yourself as a farmer in the far East, far from any lake or stream. A few wells keep the family and animals supplied with water. But if the crops are to grow and the family is to be fed from month to month, water has to come from another source on the fields. From where?
Well, the sky. The sky? Water will come out of the clear blue sky? Well, not exactly. Water will have to be carried in the sky from the Mediterranean Sea over several hundred miles, and then be poured out on the fields from the sky. Carried? How much does it weigh? Well, if one inch of rain falls on one square mile of farmland during the night, that would be 27,878,400 cubic feet of water, which is 206,300,160 gallons, which is 1,650,501,280 pounds of water.
That’s heavy. So how does it get up in the sky and stay up there if it’s so heavy? Well, it gets up there by evaporation. Really? That’s a nice word. What’s it mean? It means that the water stops being water for a while so it can go up and not down. I see. Then how does it get down? Well, condensation happens. What’s that? The water starts becoming water again by gathering around little dust particles between .00001 and .0001 centimeters wide. That’s small.
What about the salt? Salt? Yes, the Mediterranean Sea is salt water. That would kill the crops. What about the salt? Well, the salt has to be taken out. Oh. So the sky picks up a billion pounds of water from the sea, takes out the salt, carries the water (or whatever it is, when it is not water) for three hundred miles, and then dumps it (now turned into water again) on the farm?
Well, it doesn’t dump it. If it dumped a billion pounds of water on the farm, the wheat would be crushed. So the sky dribbles the billion pounds of water down in little drops. And they have to be big enough to fall for one mile or so without evaporating, and small enough to keep from crushing the wheat stalks.
How do all these microscopic specks of water that weigh a billion pounds get heavy enough to fall (if that’s the way to ask the question)? Well, it’s called coalescence. What’s that? It means the specks of water start bumping into each other and join up and get bigger, and when they are big enough, they fall. Just like that? Well, not exactly, because they would just bounce off each other instead of joining up if there was no electric field present. What? Never mind. Take my word for it.
I think, instead, I will just take Job’s word for it. I still don’t see why drops ever get to the ground, because if they start falling as soon as they are heavier than air, they would be too small not to evaporate on the way down. But if they wait to come down, what holds them up till they are big enough not to evaporate? Yes, I am sure there’s a name for that too. But I am satisfied for now that by any name, this is a great and unsearchable thing that God has done. I think I should be thankful—lots more thankful than I am.
— John Piper, November 19, 1998
If you said to someone: “My God does great and unsearchable things: He does wonders without number,” and they responded, “Really? Like what?” Would you say, “Like rain?”
Rain really is one of the great, unsearchable wonders that God does. Picture yourself as a farmer in the far East, far from any lake or stream. A few wells keep the family and animals supplied with water. But if the crops are to grow and the family is to be fed from month to month, water has to come from another source on the fields. From where?
Well, the sky. The sky? Water will come out of the clear blue sky? Well, not exactly. Water will have to be carried in the sky from the Mediterranean Sea over several hundred miles, and then be poured out on the fields from the sky. Carried? How much does it weigh? Well, if one inch of rain falls on one square mile of farmland during the night, that would be 27,878,400 cubic feet of water, which is 206,300,160 gallons, which is 1,650,501,280 pounds of water.
That’s heavy. So how does it get up in the sky and stay up there if it’s so heavy? Well, it gets up there by evaporation. Really? That’s a nice word. What’s it mean? It means that the water stops being water for a while so it can go up and not down. I see. Then how does it get down? Well, condensation happens. What’s that? The water starts becoming water again by gathering around little dust particles between .00001 and .0001 centimeters wide. That’s small.
What about the salt? Salt? Yes, the Mediterranean Sea is salt water. That would kill the crops. What about the salt? Well, the salt has to be taken out. Oh. So the sky picks up a billion pounds of water from the sea, takes out the salt, carries the water (or whatever it is, when it is not water) for three hundred miles, and then dumps it (now turned into water again) on the farm?
Well, it doesn’t dump it. If it dumped a billion pounds of water on the farm, the wheat would be crushed. So the sky dribbles the billion pounds of water down in little drops. And they have to be big enough to fall for one mile or so without evaporating, and small enough to keep from crushing the wheat stalks.
How do all these microscopic specks of water that weigh a billion pounds get heavy enough to fall (if that’s the way to ask the question)? Well, it’s called coalescence. What’s that? It means the specks of water start bumping into each other and join up and get bigger, and when they are big enough, they fall. Just like that? Well, not exactly, because they would just bounce off each other instead of joining up if there was no electric field present. What? Never mind. Take my word for it.
I think, instead, I will just take Job’s word for it. I still don’t see why drops ever get to the ground, because if they start falling as soon as they are heavier than air, they would be too small not to evaporate on the way down. But if they wait to come down, what holds them up till they are big enough not to evaporate? Yes, I am sure there’s a name for that too. But I am satisfied for now that by any name, this is a great and unsearchable thing that God has done. I think I should be thankful—lots more thankful than I am.
— John Piper, November 19, 1998
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