All that from this:
And your science is wrong as well read my initial post post. Where is the answer about salty rain
First of all I dont understand your Question.And i dont see any problem if you see in the context.once again for your reading in the context.
Most of us are familiar with the water cycle from our classes in middle school, where we learned how a drop of seawater evaporates, then becomes a drop of rainwater, and then finally returns to the sea via rivers or underground channels. The first person in modern times to understand this process was Bernard Palissy who described it correctly in 1580 [10]. Prior to him, most of the ancient Greek and Roman scholars had various incomplete or incorrect theories on the water cycle (Plato, for example, believed that precipitation eventually descended into the abyss called Tartarus and from there it fed into the oceans [10]).
The Qur'an does not give a complete description of the water cycle from start to end, however there are a few precise references to specific stages. Perhaps the most fascinating of these references are the following two verses on rain clouds:
[30:48] It is Allah Who sends the winds, and then they raise clouds: then He spreads them in the sky as He wills and makes them dark, then you see the drops issue from the midst of them...
[24:43] Don't you see how Allah drives clouds with force, then joins them together, then makes them into a heap? - then you see the drops issue from the midst of them. And He sends down from the sky mountains (of clouds) wherein is hail: He strikes therewith whom He pleases and He turns it away from whom He pleases. The flash of His lightning well-nigh snatches away the sight.
The two verses are describing the stages in the formation of rain clouds, which is in turn a stage in the water cycle. A close examination of these two verses suggests that they make reference to two different phenomena, one of "spreading" the clouds and the other of "joining" them together, two different processes by which rain clouds might be formed.
Modern meteorology has come to this very conclusion within the last two centuries. [17,18,19]
There are two types of clouds which can yield precipitation, and they are classified by their shape: stratus (layer-type) and cumulus (heap- type). The precipitative layer clouds are further subdivided into stratus and nimbostratus (nimbo meaning rain). The first verse above on rain clouds ([30:48]) precisely sums up the formation of layer rain clouds. It is known today that these types of clouds are started under conditions of gradual, rising winds:
"...and then they [winds] raise clouds..." [30:48]
Next, the cloud takes on its distinctive shape, that of a layer:
"...then He spreads them..." [30:48]
If the conditions are right (i.e. low enough temperature, high enough humidity, etc.), the cloud droplets further condense into (larger) rain droplets, and we observe this effect from the ground as a darkening of the cloud layer:
"...and makes them dark..." [30:48]
Finally, drops of rain fall from the cloud.
"...then you see the drops issue from the midst of them..." [30:48]
The second type of precipitative cloud is the heap type, and it is subdivided into cumulus, cumulonimbus, and stratocumulus. These clouds are characterized by being puffy-shaped and piled upon each other. Cumulus and cumulonimbus are the true heap clouds - stratocumulus is a form of degenerated, spread-out cumulus [18]. The second verse above on rain clouds ([24:43]) describes the formation of heap rain clouds. These clouds are formed under conditions of strong updrafts (thermals) and downdrafts of air:
"...drives clouds with force..." [24:43]
As the puffs of clouds form, they may unite into a single giant cloud, all piled up on top of one another:
"...then joins them together, then makes them into a heap..." [24:43]
At this point, either a cumulus or a cumulonimbus cloud has formed - either of which can yield rain. The rest of the verse is applicable to the case of a cumulonimbus (which is familiar to all of us as the towering thunderstorm cloud). If the heap cloud assumes large vertical proportions, then it can appear to the observer on the ground as a huge mountain or hill, but more importantly, by extending high into the atmosphere, the upper cloud droplets can freeze and thereby yield hail [17, 18]:
"...And He sends down from the sky mountains (of clouds) wherein is hail..." [24:43]
Finally, cumulonimbus clouds (i.e. thunderstorms) can have one last vivid property: lightning [17, 18]:
"...The flash of His lightning well-nigh snatches away the sight..." [24:43]
Other Qur'anic verses deal with more stages in the water cycle.
[23:18] And We send down water from the sky according to (due) measure, then We cause it soak into the soil. And We are most certainly able to withdraw it.
This is a single verse stating that rainfall is absorbed into the ground and that it can eventually be removed (drained).
[13:17] He sends down water from the sky, and the rivers flow, each according to its measure...
[39:21] Don't you see that Allah sends down rain from the sky, and leads it through the springs in the earth?...
Two methods by which absorbed rainfall is moved are described here: surface and underground rivers.
There are other references in the Qur'an to the water cycle (e.g. [40:13], [23:18], [25:48], [29:63], and others) , and all of them have the same property as the verses quoted above: modern scientific findings are fully compatible with them [10].
A few other verses also deal with water but in a slightly different context. They are not nearly as numerous as the verses on the water cycle.
[56:68-69] Do you see the water which you drink? Do you bring it down from the cloud or do We?
This rhetorical question emphasizes our inability to fulfill one of our oldest dreams: to control the rain. The fact is we cannot make it rain unless a pre-existing cloud is in the vicinity - and then only under the proper conditions, and even then we are not assured of success. The cloud should have different sized cloud particles, a high rate of condensation from the rising air, and good vertical development. If all of these characteristics are present, then we MAY coax some more rain out through cloud seeding and various other techniques. However, modern meteorologists are unsure of its effectiveness.
Regardless, it is the presence of the necessary preconditions which we have no control over, and this ultimately stops us from arbitrarily bringing down the water of any cloud in the form of rain [10].
The following verse describes a property of large rivers.
[25:53] It is He who has caused to mix freely the two great bodies of water, this one pleasant-tasting and sweet and this one salty and bitter, and He made between them a barrier and a forbidding ban.
A description of the estuaries of large rivers is supplied by the verse above. These estuaries are relatively unusual because the outgoing fresh water of the river does not immediately mix with the salt water of the sea into which the river empties. Instead, the fresh water penetrates deep into the salt water body before any mixing occurs, far from the mouth of the river. Small rivers do not have this property. [10]
Finally, one more reference to clouds.
[52:44] And were they to see a piece of the sky falling down, they would (only) say "Heaps of clouds!"
Another reference to clouds but this time in the context of responding to a challenge by an earlier peoples who ridiculed a prophet by asking him to cause a piece of the sky to fall on them, apparently thinking it to be a solid cap around the earth. Allah refutes their challenge here, declaring that they would only find a pile of clouds, something all of us would understand today. [10]
