HOW BIG CAN A RAINDROP GET?

Have you ever wondered how big can a raindrop get?

In this video, we explain the physics behind the size of a raindrop. Starting from the process of its creation to the effect of aerodynamics that plays a vital role in determining the size.

We would also like to take this opportunity to thank every single one of you for supporting us and pushing us to share our curiosity for science.

Thanks for watching, we hope you enjoyed the video. As always don't forget to like share and subscribe.

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[theblackboard...asteptowar]

Nice concept, Appreciable work thanks

[mitalitheonly]

Nic 👍
Do more videos on fluid Dynamics (esp. drag for immersed solids).

[AaDiYt]

White cloud are like the first phase of cloud and black cloud are like final phase in which raindrops are ready to rain

[in-powered]

I'm sorry, I had to pause. Every time you show a droplet it is spherical. Even as a fully liquid drop, it holds a oblong, even egg shaped spherical drop. My question, as off topic as it is is, Why do ppl assume water seeks it's own level? You know, 'flat'.
So how BIG could a ball of water get, is my real question.