It is much more expensive to acquire a vial of liquid LSD than typical street acid, which is usually laid on blotter paper (a.k.a. Liquid LSD is stored in glass vials, and dosed out using an eyedropper ( raindrops). Slang for liquid LSD (acid), often combined with marijuana. It's about to pour on this ho!ĭrop Top Raindrops, drop tops ( drop top)įuckin' on your bitch she a thot, thot, thot (Thot) Aye barman change me up for a stack of raindrops. This most valuable form of precipitation falls whenever a dirty pervert makes it rain in the club. I don't trust nobody grip the trigger (nobody)Ĭall up the gang, and they come and get you (gang) We came from nothin' to somethin' nigga (hey) Whew, that’s a whole lot of physics, but we made it through! The common myth of teardrop-shaped raindrops has been finally debunked.The pee on the toilet rim that missed the bowl and the pee forms together in the form of raindrops there was raindrops all over the toilet rim after he went to the bathroomįuckin' on your bitch she a thot, thot (thot)
This results in a greater curvature at the top surface than the base.
In this region, the air pressure is significantly lower than that of the base of the drop. The layer of air surrounding the drop forms an unsteady region at the top surface. When moving around a large raindrop, air behaves in the same manner as that of an airplane wing. However, air has some viscosity and it is enough to influence the shape of the drops. Up to this point, we assumed that the drops fall through a perfectly non-viscous fluid. This surprising revelation is because of another phenomenon known as viscosity (the resistance offered to the flow of any liquid). In reality, however, it is the exact opposite. On the more technical side, the combination of hydrostatic and aerodynamic principles should result in a flatter top and a curvier bottom. That many sources can’t be wrong, right? I mean, even Google is in on this!Īs the raindrop gets larger, it gets heavier and at a point splits into two drops.
Weather icons used throughout the media are illustrative of this widespread fallacy, which is obvious if you do a simple Google search. Even teachers (including professors!) are actively perpetuating this urban myth. The weather forecasts on television depict raindrops as teardrops, which leads to common people being accidentally taught that raindrops have that shape. Or at least, that’s what they’re made to think. Well, in this case, the people are 100% right. Around 99% of them would draw it like a shower of teardrops exiting the clouds. Ask a bunch of random people to draw a raindrop falling from the clouds. It’s common knowledge that a falling raindrop has a shape that resembles a teardrop. If the raindrop becomes too large in size, it splits in two and reacquires its original spherical shape. The size of the drops increases as they come closer to the Earth’s surface, and the larger size also results in a higher velocity. Meteorologists have known for years that an actual raindrop is almost perfect sphere, but the shape of the larger drops is due to external forces like aerodynamic and gravitational ones. The popular belief that raindrops have the shape of teardrops is incorrect.
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