What's the name for the front part of a rain drop?
963798
front stagnation point\nhttp://www.fluidmech.net/tutorials/raindrops/drop_flow.htm\nhttp://www.fluidmech.net/tutorials/raindrops/raindrop.htm
875267
by the effect of wind.\n      the rain comes from too height & there the speed of air is very fast 'n' due to it the angle deflected.this deflected angle is very short but the height is too large so it seems like a big deflection.
643276
Yup, it does.  If the air contains dust particles( also soot from car exhausts), rain drops will form a colloidal solution with the dust and carry it down to the ground, or in this case, your eyeglasses.  And when the rainwater evaporates, what are left are the dust particles.
394855
That would be called a cold front.\n\nA front in general is when an air mass of uniform temperature & moisture content moves into an area w/ air of different properties already in place.\n\nCold fronts are denoted w/ a blue line & triangles pointing into the direction in which the front is traveling.\n\nOnce the cold front moves in, it brings with it much colder temperatures. So the colder temperatures are said to be behind the front.
293854
Rain forces down cooler air from the atmosphere.
346255
I can't remember exactly but its something like this.  Large, tall clouds form.  Vapour freezes (hail). Updraught occurs which is strong enough to support the weight of the hailstones inside the cloud.  Hailstones move and collide  getting bigger until updraught can't support the weight anymore and they fall, air temperature is cool enough to keep stones frozen until they reach the ground.
543679
Typical raindrops fall at a rate of 14mph and large raindrops fall at 20mph. So about 4 minutes if a cloud a mile high.
590952
A front forms.\n\nIf the two air masses come from completely different source regions then you may be in for some stormy weather. Just depends on where they originate as to what type of front forms. Let me explain...\n\nIf an air mass originates over land it will be dry. It is said to be a continental air mass.\n\nIf it originates over water it will be moist & is said to be a maritime air mass.\n\nIf it originates over a tropical area...yes you guessed it... a tropical air mass & will be warm.\n\nIf it originates over a polar area it is said to be polar & will be cold.\n\nThere are different combinations of the above. You can have cP, cT, mP, & mT.\n\nIf a cP air mass from Canada rides south and meets up with a mT air mass from the south you are more than likely looking at some stormy weather...thunderstorms, hail, lightning, tornadoes.\n\nWhen two air masses that are completely different come together watch out for the skies!
743945
1. Nimbus (rain cloud)\n\n2. Cirus (whispy thin clouds)\n\n3. Stratus (flat clouds)
562921
High pressure is hot. If it hits a low pressure area, you get rain.
210115
L is for a low pressure and it turns air in clockwise rotation sucking air up just as a hurricane would. These are the areas where you usually find precipitation. An H stands for a high pressure system. You usually find dry cool air from these because it is bringing air down from the stratosphere. The small white lines are isobars and show air flow and air pressure. Sometimes they will show the number in mm/Hg or millimeters of mercury. If they are to close you can have a high wind area. Blue lines are cold fronts and are followed by cold air usually from the north. The triangles show which direction they are going. Red lines are warm fronts and are followed by warm air. Hope this helps.
377530
The shape of a drop of rain is constrained by the surface tension, which tries to give it the shape for which the surface area is minimum. For a given volume, the spherical shape has the minimum surface area. That is why rain drops acquire spherical shape.
361648
Just one. It's called rain.... lots of it.
226235
Sleet. Hail is different, it's accreted.
149401
when it rains, it pours.\n\nHope you don't live on/near a hillside.
529822
the "rain" is sulfuric acid.
73372
When the cold air touches the warm air, the humidity in the warm air will condense and fall as rain. The intensity of the rain will depend on how much humidity is in the air and the temperature difference between the cold and warm front.\n\nIf a 30°F cold front touches a 70°F warm front and there's a lot of moisture in the air, then it results in a massive thunderstorm.\n\nIf you see the doppler radar pictures on the news, you'll see that rain usually comes in bands. That band of rain is the leading edge of a cold front.